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Program Chair
Herb Kunze
CONGRESSPROGRAM
THE 2015 AMMCS-CAIMS CONGRESS
Mathematics and Computation in Biological Sciences and
Partial Differential and Integral Equations in Mathema
Applications of Dynamical Systems and Differential Equations
Computational Physics and Chemistry
Computational Algebra, Combinatorics and Optimization
Mathematical Models in Social Sciences
Computational Mechanics and Engineering
Financial Mathematics and Computation
Statistical Modelling
Mathematical Modelling in Environmental Sciences
Mathematics and Computation in Biological Sciences and Medicine
Partial Differential and Integral Equations in Mathematical Modeling
Applications of Dynamical Systems and Differential Equations
JUNE 7–12W A T E R L O O , O N T A R I O , C A N A D A
Contents1 Acknowledgments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
2 Welcome . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
3 Registration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
4 Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
5 Events . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
6 Congress Student Prizes and Young Researcher Award . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
7 Congress Plenary Lectures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
8 Congress Semi-Plenary Lectures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
9 CAIMS Prize-Winning Lectures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
10 Special Symposia & Organizers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
11 Contributed Sessions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33
12 High-Level Congress Schedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34Block Schedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34Monday, June 8 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35Tuesday, June 9 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36Wednesday, June 10 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37Thursday, June 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38Friday, June 12 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39
13 Parallel Sessions Schedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40Monday, June 8: 10:30-12:30 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41Monday, June 8: 15:30-17:30 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44Tuesday, June 9: 10:00-12:00 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48Tuesday, June 9: 15:00-17:00 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51Wednesday, June 10: 10:00-12:00 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55Wednesday, June 10: 15:00-17:00 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58Wednesday, June 10, Poster Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60Thursday, June 11: 10:00-12:00 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62Thursday, June 11: 15:00-17:00 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64Thursday, June 11, Poster Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66Friday, June 12: 10:00-12:00 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68Friday, June 12: 15:00-17:00 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70
14 Maps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72Bricker Academic Building: First Floor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72Bricker Academic Building: Second Floor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73Bricker Academic Building: Third Floor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74Science Building: First Floor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75Wilfrid Laurier University Buildings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76Wilfrid Laurier University Parking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77
15 Hyperlinked Index of Speakers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78
16 Index of Participants with Book of Abstracts Page Numbers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82
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1. AcknowledgmentsScientific Alberto Bressan Pennsylvania State University
Committee David Cai New York UniversityRonald Coifman Yale UniversityCarlos Garcia-Cevera University of California, Santa BarbaraAnatoli Ivanov Pennsylvania State UniversityShaofan Li University of California, BerkeleyJohn Lowengrub University of California, IrvineAndrew Majda New York UniversityBoris Malomed Tel Aviv UniversityOlof Runborg KTH Royal Institute of TechnologyChi-Wang Shu Brown UniversityKonstantina Trivisa University of MarylandDimitri Vvedensky Imperial College LondonNicholas Zabaras University of WarwickMaciej Zworski University of California, Berkeley
General Jacques Belair Universite de MontrealChairs Roman Makarov Wilfrid Laurier University
Roderick Melnik Wilfrid Laurier University
Organizing Herb Kunze Congress Program Chair University of GuelphCommittee Zilin Wang Congress Treasurer Wilfrid Laurier University
Chester Weatherby Student Prize Committee Chair Wilfrid Laurier UniversityHasan Shodiev Local Organizing Committee Wilfrid Laurier UniversityIan Frigaard Global Organizing Committee University of British ColumbiaRaymond Spiteri Global Organizing Committee University of Saskatchewan
SIAMRepresentative
Roderick Melnik Wilfrid Laurier University
Technical Support George Lifchits Web Coordinator Wilfrid Laurier UniversityCommittee Jeanette Haas Administrative Support Wilfrid Laurier University
Michael Murray Electronic Publishing Coordinator Wilfrid Laurier UniversitySanjay Prabhakar Computer Support Wilfrid Laurier UniversityShyam Badu Digital Media Support Wilfrid Laurier University
Students
McMaster University Diogo Pocas
Wilfrid Laurier University Saqif Abdullah Alysha Ahlin Shazma Ameen Zaamilah BalasubramaniamMoosa Baque Andrew Harris Bowen Hu Syeda HussainMaryo Ibrahim Igor Ivashev Glynis Jones Nilam LakhaniAnisha Mahant Zhijun Mao Katia McDougall Mbika NforKenneth Onuma Januka Shanmugarajah Shada Tabet Yuchen ZhuBingxia Zong
University of Guelph Adrian Lee
University of Waterloo Amenda Chow Moriah Magcalas Lorena Cid Montiel Alexander HowsePhilip McCarthy Krishan Rajaratnam
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2. Welcome
Welcome to the 2015 AMMCS-CAIMS Congress
On behalf of the Organizing, Scientific and Technical Committees of the 2015 AMMCS-CAIMS Congress, we would like to welcome you to this exciting eventheld from June 7 through 12, 2015 on the Waterloo Campus of the Wilfrid Laurier University, Canada.
The Congress is an international event combining the AMMCS and CAIMS meetings at the same location. The AMMCS Conference Series aims at promotinginterdisciplinary research and collaboration involving mathematical, statistical and computational sciences within a larger international community. It focuseson recent advances in Applied Mathematics, Modeling and Computational Science (AMMCS). The Canadian Applied and Industrial Mathematics Society has agrowing presence in industrial, mathematical, scientic and technological circles within and outside of Canada. CAIMS is a member society of the InternationalCouncil for Industrial and Applied Mathematics, which hosts the ICIAM Congresses every four years. The first AMMCS meeting in 2011 was a satellite eventof this International Congress held in Vancouver.
The present Congress has a number of embedded events, among which are the 23rd Annual Conference of the Computational Fluid Dynamics Society of Canada,the 2nd Canadian Symposium on Scientific Computing and Numerical Analysis, and others. This year the AMMCS-CAIMS Congress has an exciting scientificprogram featuring about 40 special and contributed sessions in several parallel tracks, 12 one-hour talks given by distinguished scientists and mathematicians,as well as 5 semi-plenary speakers. The Congress will also feature CAIMS Prize Winners lectures, and a number of student prizes and young researcher awardswill be presented, including the AMMCS Kolmogorov-Wiener Prize for Young Researchers.
Each day of the Congress, the scientific program starts with a plenary session that features one of the Congress plenary speakers. The scientific program of theCongress provides a unique opportunity for in-depth technical discussions and exchange of ideas in applied mathematics, computational science and mathematicalmodeling with their applications in natural and social sciences, engineering and technology, industry and finance. We are proud that this Congress, combiningthe traditional AMMCS and CAIMS meetings, is held this year on the campus of Wilfrid Laurier University. It is the oldest university in the Cambridge-Kitchener-Waterloo-Guelph area, a beautiful part of Southwestern Ontario located in a comfortable driving distance from some of North Americas major touristdestinations, including the Niagara Escarpment, a UNESCO World Biosphere Reserve, Toronto and Niagara Falls. On behalf of the Organizing, Scientific andTechnical Committees, we would like to thank all people involved in this event. In particular we would like to express our sincere thanks to special session andscientific theme organizers, to all the authors who submitted valuable results forming the basis of conference, and to our sponsors.
Thanks to all for your hard work to ensure a dynamic, enjoyable and professionally fulfilling conference. We also hope that you will enjoy this beautiful part ofthe world and will take home with you an intellectually inspiring and socially satisfying experience.
Jacques Belair, Roman Makarov, and Roderick Melnik
Congress General Chairs
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3. Registration
The AMMCS-CAIMS Congress registration desk is located on the second floor of the Bricker Academic Building, Monday through Friday, and in theScience Courtyard on Sunday. It will be staffed at the following times:
Day Time Location
Sunday, June 7 16:00-18:00 Science Courtyard19:00-21:00
Monday, June 8 7:30-11:30 Bricker Academic Building13:30-15:30
Tuesday, June 9 8:00-11:00 Bricker Academic Building13:30-15:30
Wednesday, June 10 8:00-11:00 Bricker Academic Building13:30-15:30
Thursday, June 11 8:00-11:00 Bricker Academic Building13:30-15:30
Friday, June 12 8:00-11:00 Bricker Academic Building
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4. Information
HyperlinksOther than in this remark,• blue text signifies hyperlinks within this document• magenta text signifies external hyperlinks
Wireless NetworkCongress delegates have free wireless internet service onthe Wilfrid Laurier University campus.
For connection information and to obtain a password• please go to the registration desk.
ComputersRooms BA206 and BA207 contain computers that areavailable for use by Congress delegates.
For login information• please go to the registration desk.
Parking Congress delegates have the following parking options.
Pay & Display parking is available, seven days a week, inLots 4, 20 & 10. Please refer to a campus map for theselocations.
Pay & Display can be accessed for $3/hour (with a seven(7) minute time minimum) or a $9/day flat rate (from7:00-23:00). The machine accepts quarters, one and twodollar coins, Visa, and Mastercard.
Metered parking is available in Lots 2, 3A, 14 & 24. Meters in lot 3A and 14 now accept credit card payments.
For more details onVisitor Parking Options,please visit theWLU Website.
Hotel Laurier: AMMCS-CAIMS Congress delegatesstaying in residence (Hotel Laurier) will receive acomplimentary parking permit at check-in. Otherparticipants can purchase a parking permit at the HotelLaurier office located on the first floor of the King StreetResidence (200 King Street North) at a cost of $9/day.The Hotel Laurier office opens at 7:30 daily. Temporaryparking is available in front of the King Street Residencewhile you purchase a permit.
All Hotel Laurier parking permits will be valid in the KingStreet Residence parking garage only. You must enter thelot off of Regina St. There are two entrances between thethree story red brick triplexes. You may park in the garagein any apace that is available unless it is reserved. Youshould place the permit face up on the dashboard (theback side has a map on it).
There is street parking available as per signageindicated.
Please be advised that this parking is monitored by theCity of Waterloo and there is a three-hour maximum.
Public TransitWilfrid Laurier University is serviced by routes 7, 8, 12, 29,200, and 201 on University Ave. West and King St. North.
Route maps are available at• the registration desk• www.grt.ca.
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5. Events (Campus Maps)
Day Time Event Location Details
Sunday, June 7 19:00-21:00 Welcoming Reception Science CourtyardAn informal social get-together, with food and drinksserved. A conference registration table will be open.
Sunday, June 7 13:00-18:00CAIMS BoardMeeting
N1001
Monday, June 8 10:30-12:30NSERC DiscoveryGrant InformationSession
BA201
Monday, June 8 12:00-13:30CFDSC WelcomeLunch
Dining Hall
Tuesday, June 9 12:00-13:30CAIMS AnnualGeneral Meeting
BA101
Tuesday, June 9 18:00-20:00IndustrialMathematicsNetworking Event
N1001
One-hour panel discussion, including representativesfrom NSERC and OCE, followed by a reception. Panelmembers will share their experiences and discussprograms available for students and faculty membersinterested in starting their own companies. The eventis part of the Industrial Math theme, jointly organizedby CAIMS, CRM, and PIMS. Please register inadvance at: http://www.fields.utoronto.ca/programs/cim/14-
15/AMMCS-CAIMS/index.html
Tuesday, June 9 18:30 CFDSC BanquetWaterloo Inn,475 King Street North(Directions)
Wednesday, June 10Thursday, June 11
9:30-10:0014:30-15:00
Congress PosterSessions
BA Halls, Third Floor Two-day poster sessions over four coffee breaks
Wednesday, June 10 12:00-12:30 Congress Photo Shoot BA LobbyMeet in the Bricker Academic building lobby for theCongress photo shoot
Wednesday, June 10 12:00-12:30CFDSC AnnualMeeting
The Turret(Fred NicholsCampus Centre)
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Events (Campus Maps)
Day Time Event Location Details
Thursday, June 11 18:30-22:00Congress BanquetDinner
The Ballroom,Waterloo Inn,475 King Street North(Directions)
Banquet tickets will be part of your registrationpackage if you purchased them in advance. Tickets willalso be available for purchase at the registration deskuntil 15:30 on Tuesday, June 9, at a cost of $70. A busto the banquet location will be provided for thoserequiring transportation. Reception starts at 18:30,and banquet itself starts at 19:00.
Friday, June 12 15:00-17:00MS2DiscoveryInstitute Meeting
BA202
Friday, June 12 17:00-17:30Congress Prizes,Closing
BA201Announcement and awarding of the Congress Prizes,and the closing of the Congress.
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6. Congress Student Prizes and Young Researcher Award
The Congress Prizes will be announced and awarded at the closing of the Congress on Friday, June 12, 18:00-18:15, in BA201.
There are four student prizes, open to undergraduate and graduate students, described in the following table.
AMMCS-CAIMS2015 Prize Description: To be eligible,
Best Posterthe student must be a co-author of the work presented and a designer of the poster. This competitionwill include a 10-minute discussion related to the content of the poster with a judging panel.
Best Student Paper in aSpecial Session (SS)
the student must be a co-author of the work and present it during a special session or minisymposium.
Best Student Paper in aSpecial Session (ST)
the student must be a co-author of the work and present it during a CAIMS scientific theme session.
Best Student Paper in aContributed Session (CS)
the student must be a co-author of the work and present it during a contributed session.
One additional award is open to young researchers, meaning recent Ph.D. graduates and postdoctoral fellows under the age of 35.
AMMCS-CAIMS2015 Award Description: To be eligible,
Kolmogorov-Wiener Prize forYoung Researchers
the young researcher musta. have earned their PhD degrees within 5 years of January 1 of the year of the award;b. have at least two peer refereed publications, minimum one of which has appeared in
an internationally recognized journal;c. have presented their talks at an AMMCS event in the year of the award.
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7. Congress Plenary Lectures
Wednesday, June 10, 13:30-14:30, in Room BA201
Reka Albert, Pennsylvania State University
About the speaker: Prof. Reka Albert received her Ph.D. in Physics from the University of Notre Dame(2001), working with Prof. Albert-Laszlo Barabasi. She did postdoctoral research in mathematicalbiology at the University of Minnesota with Prof. Hans Othmer. Prof. Albert then joined thePennsylvania State University, where she currently is a Professor of Physics with adjunct appointmentsin the Department of Biology and the College of Information Science and Technology. Dr. Albert workson predictive modeling of biological regulatory networks at multiple levels of organization. Herpioneering publications on the structural heterogeneities of complex networks had a large impact on thefield, reflected in their identification as “Fast breaking paper” and “High impact paper” by ThomsonReuters. Dr. Albert is a fellow of the American Physical Society, where she served as a member-at-largein the Division of Biological Physics. She was a recipient of a Sloan Research Fellowship (2004), an NSFCareer Award (2007), and the Maria Goeppert-Mayer award (2011). Her service to the professionincludes serving on the editorial board of the journals Physical Review E, The New Journal of Physics,IET Systems Biology, Biophysical Journal, SIAM Journal of Applied Dynamical Systems and Bulletin ofMathematical Biology, on the scientific advisory board of the Mathematical Biosciences Istitute at OhioState, and as a peer reviewer for more than 35 journals.
Graph analysis and discrete dynamic modeling elucidates the outcomes ofwithin-cell networks
Interaction networks formed by gene products form the basis of cell behavior (growth, survival, apoptosis, movement). Experimentaladvances in the last decade helped uncover the structure of many molecular-to-cellular level networks, such as protein interaction ormetabolic networks. These advances mark the first steps toward a major goal of contemporary biology: to map out, understand andmodel in quantifiable terms the various networks that control the behavior of the cell. Such an understanding would also allow thedevelopment of comprehensive and effective therapeutic strategies.
This talk will focus on my group’s recent work on discrete dynamic modeling of signal transduction networks in various organisms. Thesemodels can be developed from qualitative information yet show a dynamic repertoire that can be directly related to the real system’soutcomes. For example, our model of the signaling network inside T cells predicted therapeutic targets for the blood cancer T-LGLleukemia, several of which were validated experimentally. I will then present an enriched network representation that includes theregulatory logic. Extension of existing graph measures and analyses, performed on this expanded network, allows an efficient way todetermine the dynamic repertoire of the network and to predict manipulations that can stabilize or, conversely, block, certain outcomes.
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Congress Plenary Lectures
Tuesday, June 9, 13:30-14:30, in Room BA201
Tomasz Bielecki, Illinois Institute of Technology
About the speaker: Tomasz Bielecki is a Professor of Applied Mathematics and the Director of theMaster of Mathematical Finance program at Illinois Institute of Technology. He received his PhD degreefrom the Warsaw School of Economics. Prof. Bieleckis fields of expertise include Stochastic Analysis,Mathematical Finance, and Credit Risk Modeling. He is an Associate Editor of six well-known journalsin areas of Mathematics and Finance, including Mathematical Finance and International Journal ofTheoretical and Applied Finance. Prof. Bielecki is a co-author of three books in the area of Credit RiskModeling and Financial Mathematics including his most recent book “Counterparty Risk and Funding:A Tale of Two Puzzles” co-authored with Stephane Crepey and Damiano Brigo.
Dependence between components of multivariate conditional Markov chains:Markov consistency and Markov Copulae
Modeling of evolution of dependence between processes occurring in financial markets is important. Typically, one can identify marginalstatistical properties of individual processes, and then one is confronted with the task of modeling dependence between these individualprocesses so that the marginal properties are obeyed. We have been advocating, for some time now, to address this modeling problem viathe theory of Markov consistency and Markov copulae.
In this talk we shall examine the problem of existence and construction of a non-trivial multivariate conditional Markov chain withcomponents that are given conditional Markov chains. In this regard we shall give sufficient and necessary conditions, in terms of relevantconditional expectations, for a component of a multivariate Markov chain to be a Markov chain in the filtration of the entire chain aproperty called strong Markov consistency, as well as in its own filtration a property called weak Markov consistency. Thesecharacterization results are proved via analysis of the semi-martingale structure of the chain.
Several financial applications will be indicated.
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Congress Plenary Lectures
Tuesday, June 9, 8:30-9:30, in Room BA201
Chris Budd, University of Bath
About the speaker: I have broad research interests in interdisciplinary industrial and appliedmathematics with a particular interest in complex nonlinear problems arising in real applications.Typically these involve the solution (analytically or numerically) of partial differential equations. A largeamount of my work for the last ten years has been in numerical weather prediction and data assimilationin close collaboration with the Met Office (which I visit very frequently). My algorithms are nowincorporated into the Met Office operational weather forecasting code where they have made a significantdifference to their accuracy and received a Knowledge Transfer Award. I am also working on climatemodelling using modern mathematical and computational methods and am actively involved in a numberof international climate modelling networks, including CliMathNet which I co-direct and the Maths ofPlanet Earth programme. I also collaborate with the energy industry, the aerospace industry, thetelecommunications industry and the food industry. Anywhere that maths can be applied is of interestto me.
Eight great reasons to do maths
The UK government has identified 8 great technologies which it believes will lead the advancement of science and technology into thefuture. Mathematics underpins all of these and developments of mathematics will be the engine for future growth in all of them. In thistalk I will describe the 8 technologies and look at some of the maths behind them, from Big Data through to Energy.
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Congress Plenary Lectures
Monday, June 8, 14:00-15:00, in Room BA201
Wing Kam Liu, Northwestern University
About the speaker: Dr. Wing Kam Liu, Walter P. Murphy Professor of Northwestern University, has made fundamental,innovative contributions to the theory, methodologies, and applications of multiscale simulations towards the understandingand design of nano-materials, polymers science, and multiresolution mechanics. His ISI and Google citations and H factorsare (14,200, 60) and (37,750, 88), respectively. In 2014, Liu is selected as a highly cited researcher in Computer Science anda member of the Worlds Most Influential Scientific Minds by Thompson Reuters. Liu developed new exceptional accuracymeshfree methods for simulation of extremely deformation of solids and fluids including additive manufacturing;fractional-order viscoelasticity polymer science; fluid-structure interaction, and applicable to medical imaging. He was thePI of a multi-year multi-million research grant from Goodyear Tire and Rubber Company to develop and integrated designstrategy to enable prediction, synthesis and characterization of new polymer nanocomposites to achieve enhancedperformance. Liu is current the President of IACM and Chair of USNCTAM; Founding Director of the Summer Instituteon Nano Mechanics and Materials; Founding Chair of the ASME NanoEngineering Council; Editors of ComputationalMechanics & Int. J. of Applied Mathematics and Mechanics; Honorary Editor of Int. J. of Computational Methods; serveon numerous editorial boards; Consultant to 20+ organizations. Liu has written three books; and he is a Fellow of ASME,ASCE, USACM, AAM, and IACM. Lius selected awards and honors including: 2014 Japan Society for ComputationalEngineering and Science Grand Prize in recognition of his outstanding contributions in the field of computationalmechanics; the Honorary Professorship from Dalian University of Technology in 2013; the 2012 IACM Gauss-NewtonMedal; the 2012 ASME Design Automation Conference Best Paper Award; the 2009 ASME Dedicated Service Award, the2007 ASME Robert Henry Thurston Lecture Award, the 2007 USACM John von Neumann Medal, the 2004 JSMEComputational Mechanics Award, the 2002 IACM Computational Mechanics Award, the 2001 USACM ComputationalStructural Mechanics Award, the 1995 ASME Gustus L. Larson Memorial Award, the 1985 ASME Pi Tau Sigma GoldMedal, the 1979 ASME Melville Medal, the 1989 Thomas J. Jaeger Prize of the ISMIRT, and the 1983 Ralph R. TeetorEducational Award, American Society of Automotive Engineers.
Multiscale Modeling of Soft Materials and Related Biological Responses
Liquids, polymers, gels, foams and a number of biological materials are soft materials, which can be easily deformed by thermal stress or thermal fluctuations.Predominate physical behaviors of these soft materials occur at energy scale comparable with room temperature thermal energy. These behaviors cannot be, orare not easily, to be directly predicted from its atomic or molecular constituents. This is because the soft materials are always self-assemble into mesoscopicstructures, which are much larger than the microscopic scale, and yet much smaller than the macroscopic scale of these materials. Especially, the mechanical andphysical properties of soft materials originate from the interplay of phenomena at different spatial and temporal scales. As such, it is necessary to adoptmultiscale methods when dealing with soft materials in order to account for all important mechanisms. The offerings of this lecture are twofold: (1) establishing amultiscale modeling framework to predict viscoelastic behaviors of polymers through fractional derivatives, (2) rapid computational prototyping and testing ofdrug carriers in tumor microvasculature through immersed molecular finite element method (IMFEM). In (1), we have incorporated the fractional diffusion of freechains into the integration kernel for the viscoelastic response of polymers and polymer nanocomposites using the Mittag-Leffler function. While conventionalmodels for viscoelastic materials employ a discrete relaxation spectrum, the fractional-order model exhibits a continuous relaxation distribution, which is inaccordance with experimental observations. In (2), the IMFEM is used to simulate the whole blood including blood plasma, red blood cells and nanoparticles.We elucidate how the size, shape and stiffness of nanoparticles will affect their dispersions in the microvasculature, with the accurate molecular interactionsinformed by molecular mean-field theory.
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Congress Plenary Lectures
Monday, June 8, 9:00-10:00, in Room BA201
Stephane Mallat, Ecole Normale Superieure
About the speaker: Stephane Mallat received the Ph.D. degree in electrical engineering from theUniversity of Pennsylvania, in 1988. He was then Professor at the Courant Institute of MathematicalSciences. In 1995, he became Professor in Applied Mathematics at Ecole Polytechnique, Paris. From2001 to 2007 he was co-founder and CEO of a semiconductor start-up company. In 2012 he joined theComputer Science Department of Ecole Normale Superieure, in Paris.
Stephane Mallats research interests include signal processing, computer vision, harmonic analysis andlearning. He wrote a “Wavelet tour of signal processing: the sparse way.” In 1997, he received theOutstanding Achievement Award from the SPIE Society and was a plenary lecturer at the InternationalCongress of Mathematicians in 1998. He also received the 2004 European IST Grand prize, the 2004INIST-CNRS prize for most cited French researcher in engineering and computer science, and the CNRSinnovation medal in 2014. He was elected at the French Academy of Sciences in 2014.
Learning in High Dimension: from Images to Quantum Chemistry
Learning from data means approximating functionals in high dimensional spaces. Finding strong sources of regularity is necessary toavoid the curse of dimensionality. Invariance to action of small groups such as rigid displacements is too weak, but stability to action ofdiffeomorphisms is a much stronger property, satisfied by many physical functionals and most signal and image classification problems.We show that it is sufficient to approximate complex high-dimensional classification and regression functionals.
We introduce scattering operators, which are invariants to low-dimensional Lie groups, and Lipschitz continuous to actions ofdiffeomorphisms. They are computed with iterated multiscale wavelet transforms. These scattering operators provide a Euclideanembedding of geometric distances and a representation of stationary random processes, which captures intermittency phenomena.Applications will be shown for several image classification problems, and for learning quantum chemistry energy functionals.
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Congress Plenary Lectures
Friday, June 12, 8:30-9:30, in Room BA201
Kees Oosterlee, Delft University of Technology and CWI
About the speaker: Prof. Kees Oosterlee (http://www.cwi.nl/people/2098,http://ta.twi.tudelft.nl/mf/users/oosterle/) works in numerical analysis and scientific computing at theCWI, center for mathematics and computer science, in Amsterdam, the Netherlands, as well as in theDelft University of Technology. His field of expertise is Computational Finance, working at the interfaceof numerical and financial mathematics. In Oosterlees group the COS method, pricing financialderivatives efficiently with Fourier cosine expansions, has been developed, which is in use at financialinstitutions world-wide. Prof. Oosterlee is the Editor-in-Chief of the Journal of Computational Finance.He has organized several international workshops and conferences, and taught Summer Schools abroad(in Spain, Japan, South Africa) on Computational Finance. His 90 journal publications range frommultigrid solution methods for fluid flow problems to Monte Carlo methods in finance.
On Fourier cosine expansions and wavelets for derivative pricing and riskmanagement in computational finance
In this talk, we discuss applications of Fourier cosine expansions and wavelets in computational finance. Next to the accurate and efficientvaluation of various financial options, we recently generalized the methods towards risk management and the numerical solution ofbackward stochastic differential equations (BSDEs). Typically Fourier techniques in finance rely on the availability of the asset dynamics’characteristic function (ie. the Fourier transform of the asset’s density function). We will discuss a numerical Fourier method for whichthe characteristic function need not be available. The resulting methods can then also be employed for problems with varying coefficients(local volatility, stochastic local volatility) models), such as for the Stochastic Alpha Beta Rho (SABR) method.
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Congress Plenary Lectures
Friday, June 12, 13:30-14:30, in Room BA201
Sebastian Schreiber, University of California, Davis
About the speaker: Sebastian J. Schreiber is a Professor of Ecology and Evolution and member of theCenter of Population Biology at the University of California, Davis. Prior to coming to Davis, he was anAssociate Professor of Mathematics at the College of William and Mary and Western WashingtonUniversity. Professor Schreibers research on the development and application of methods in stochasticprocesses and nonlinear dynamics to ecology, evolution, and epidemiology has been supported by grantsfrom the U.S. National Science Foundation, the U.S. National Oceanic and Atmospheric Administration,the Bureau for Land Management, and the U.S. Fisheries and Wildlife Service. He has authored nearlyeighty scientific papers in peer-reviewed mathematics and biology journals. Professor Schreiber iscurrently on the editorial boards of five research journals including Ecology and the Journal ofMathematical Biology.
Species Coexistence in Stochastic Environments: A Mathematical Perspective
Stochastic fluctuations in temperature, precipitation and a host of other environmental factors occur at multiple spatial and temporalscales. As the survival and reproduction of organisms, whether they be plants, animals, or viruses, depend on these environmentalfactors, these stochastic fluctuations often drive fluctuations in population abundances. This simple observation leads to a fundamentalquestion in population biology. Namely, under what conditions do stochastic environmental fluctuations hinder or facilitate themaintenance of biodiversity? This question is particularly pressing in light of global climate models predicting increasing temporalvariation in many climatic variables over the next century.
One fruitful approach to tackling this question from population biology is the development and analysis of models accounting fornonlinear feedbacks among species, population structure, and environmental stochasticity. In this talk, I will discuss progress in thedevelopment of a mathematical theory for stochastic coexistence where the dynamics of the interacting species are encoded by randomdifference equations and coexistence corresponds to the limit points of empirical measures being bounded away from an extinction set. Iwill illustrate the theory with empirical based examples involving checkerspot butterflies, Kansas prairies, and coastal dunes.
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Congress Plenary Lectures
Wednesday, June 10, 8:30-9:30, in Room BA201
Eric Vanden-Eijnden, Courant Institute, New York University
About the speaker: My main focus is the development of mathematical tools and numerical methods forthe analysis of dynamical systems which are both stochastic and multiscale. The particular areas ofapplications I am interested in include molecular dynamics, chemical and biological networks, materialsscience, atmosphere-ocean science, and fluids dynamics. My main objectives are to understand thepathways and rate of occurrence of rare events in complex systems; to develop and analyze multiscalealgorithms for the simulation of random dynamical systems; and, more generally, to quantify the effectsof random perturbations on the systems dynamics.
Multiscale Modeling in a Stochastic Setting
Applications from molecular dynamics, material science, biology, or atmosphere/ocean sciences present new challenges for applied andnumerical mathematics. These applications typically involve systems whose dynamics span a very wide range of spatio-temporal scales,and are subject to random perturbations of thermal or other origin. This second aspect especially complicates the modeling andcomputation of these systems and requires one to revisit standard tools from numerical analysis from a probabilistic perspective. In thistalk I will discuss recent advances that have been made in this context. For example, I will show how tools from Freidlin-Wentzell theoryof large deviations and potential theoretic approaches to metastability can be used to develop numerical algorithms to accelerate thecomputations of reactive events arising in metastable systems. I will also explain how averaging theorems for singularly perturbedMarkov processes can help develop schemes bridging micro- to macro-scales of description or compute free energies, etc. As illustrations, Iwill use a selection of examples from molecular dynamics, material sciences, and fluid dynamics and show how the confrontation withactual problems not only profits from the theory but also enriches it.
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Congress Plenary Lectures
Thursday, June 11, 8:30-9:30, in Room BA201
Yingfei Yi, University of Alberta
About the speaker: Yingfei Yi obtained his B.S. degree in classical mechanics from Jilin University in1984 and his Ph.D degree in applied mathematics from the University of Southern California in 1990.His professional career started at Georgia Institute of Technology, first as a Postdoctoral Fellow at theCenter for Dynamical Systems and Nonlinear Studies from 1990-1992, then at the School of Mathematicsas an Assistant Professor from 1992-1997, an Associate Professor from 1997-2000, and a Professor from2000. He jointed the Department of Mathematical and Statistical Sciences, the University of Alberta in2014 as a Killam Memorial Chair in Dynamical Systems. He received a Rosenbaum Fellowship from theUniversity of Cambridge in 1995, a University Research Fellowship from Jilin University in 1998, anOutstanding Young Scientist Award from NSFC in 2004, a Changjiang Scholarship from MoE, Chinaand Li Ka Shing Foundation in 2008, and a Chinese National Qianren Research Chair Professorship in2009 from MoE, China. He is a Co-editor in Chief for the Journal of Dynamics and DifferentialEquations, a handling editor for the Journal of Differential Equations, an editor for the Proceedings ofthe American Mathematical Society, an editor for the SIAM DSweb Magazine, and he is also anassociate editor or a member of editorial board of three other professional journals. His research interestslie in dynamical systems and qualitative theory of differential equations.
Noise Impact on Finite Dimensional Dynamical Systems
Dynamical systems are often subjected to noise perturbations either from external sources or from their own intrinsic uncertainties.While it is well believed that noises can have dramatic effects on the stability of a deterministic system at both local and global levels,mechanisms behind noise surviving or robust dynamics have not been well understood especially from distribution perspectives. This talkattempts to outline a mathematical theory for making a fundamental understanding of these mechanisms in white noise perturbed systemsof ordinary differential equations, based on the study of stationary measures of the corresponding Fokker-Planck equations. New existenceand non-existence results of stationary measures will be presented by relaxing the notion of Lyapunov functions. Limiting behaviors ofstationary measures as noises vanish will be discussed in connection to important issues such as stochastic stability and bifurcations.
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Congress Plenary Lectures
Thursday, June 11, 13:30-14:30, in Room BA201
Nicholas Zabaras, University of Warwick
About the speaker: Nicholas Zabaras received his PhD at Cornell University (1987) in the area of Theoretical and AppliedMechanics. Upon graduation he joined the faculty of Engineering at the University of Minnesota. In 1991 he returned toCornell as a faculty member of the Sibley School of Mechanical and Aerospace Engineering where he was also member ofvarious other academic fields including Applied Mathematics, Materials Science and Engineering and ComputationalScience and Engineering. He was the founding director of the Materials Process and Design Laboratory that integratedmaterials modelling and design with innovative mathematical approaches including inverse problems, uncertaintyquantification, robust design, and scientific computing. In the summer of 2014 he joined the University of Warwick toestablish and lead the Warwick Centre for Predictive Modelling. WCPM is a university wide initiative across many collegesand departments with emphasis on the integration of computational mathematics, computational statistics and scientificcomputing to address modelling and design of complex systems in the presence of uncertainties. He has received severalawards including a Presidential Young Investigator Award in 1991. He is Fellow and member of various societies. In 2014,Prof. Zabaras was appointed as Hans Fisher Senior Fellow at the Institute of Advanced Study at the TechnischeUniversitat Mnchen. The same year he received the Royal Societys Wolfson Research Merit Award for his work onpredictive modelling. He is currently an Associate Editor of the Journal of Computational Physics and the Editor in Chiefof the International Journal for Uncertainty Quantification.
An Information Theoretic Approach to Computational Modelling in Engineeringand the Sciences
Predictive modelling and design of materials gives rise to unique mathematical and computational challenges including (i) Modelling of hierarchical randomheterogeneous material structures; (ii) Propagating uncertainties in a quantifiable manner across spatial and temporal length scales (stochastic coarse graining);(iii) Addressing the curse of stochastic dimensionality; (iv) Addressing the phenomenology typical of most materials science models; (v) Modelling failure and rareevents in random media; and many more.
We will advocate an information theoretic approach to address some of these challenges. In particular, we will discuss data-driven models of material structure,forward uncertainty propagation in high dimensions using limited data, variational approaches to stochastic coarse graining, and quantifying epistemicuncertainty when using surrogate models. We will finally address the importance of using probabilistic graphical models for predictive modelling of multiscaleand multiphysics problems.
With synergistic developments in materials physics, computational mathematics/statistics, and machine learning there is potential for developing data-drivenmaterials models that allow us to understand where observable variabilities in properties arise and provide means to control them for accelerated materials design.
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Congress Plenary Lectures: CFDSC Plenary Lecture
Tuesday, June 9, 8:30-9:30, in Room N1001
Remi Abgrall, University of Zurich
About the speaker: Remi Abgrall is a former student of Ecole Normale Superieure de Saint Cloud. After his PhD, he hasbeen engineer at ONERA, then research scientist at INRIA. Since January 2014, he is professor at the University of Zurich,Institute of Mathematics, after having been Professor in the University of Bordeaux (Institut Polytechnique de Bordeaux)since 1996 and in secondment at INRIA from 2008 till the end of 2013. He has been awarded an Advanced Research Grantfrom the ERC in December 2008 and has been invited speaker at the International Conference of Mathematicians (ICM2014) in Seoul. He is associate editor of several international journals, including the Journal of Computational Physics,Mathematics of Computation, Computers and Fluids, the Journal of Scientific Computing. He is also co-chief editor of theInternational Journal on Numerical Methods in Fluids. His research is about efficient algorithms for the simulation ofcompressible materials (single fluids, multiphase, interface problems, compressible solids) using high order schemes designedfor unstructured meshes. He also has interest in (curved) meshes generation for high order scheme and model reduction fortransport dominated problems with and without discontinuities in the solution.
Recent progress in the development of parameter free continuous finite elementmethods for compressible fluids
In this talk, I will review the current status of the so-called Residual Distribution schemes applied, in particular, to compressible fluid dynamics problems. Otherphysical models include the Shallow Water equation and generalization, MHD, etc.
After the early work of R. Ni at Bombardier, and the seminal work of P.L Roe, in particular his 1981 JCP paper and its extensions to scalar multidimensionalschemes, these schemes can be considered as finite element methods of the streamline diffusion type. The emphasis is put on non-oscillatory properties, in orderto be able to compute flow discontinuities, so that they are nonlinear by construction. Indeed shock capturing is done in a totally different manner as forstreamline diffusion, allowing for a class of parameter free schemes. In a way, the Residual Distribution methods can be seen as a kind of compromise betweenhigh order TVD-like finite difference/finite volume schemes and classical finite element methods, in that they borrow ideas from both communities: geometricalflexibility, the residual concept on one side, and non oscillatory, maximum principle on the other one.
In the talk, we will first consider the case of steady scalar hyperbolic problems, showing how one can systematically construct parameter free essentiallynon-oscillatory schemes. Then we will move towards steady advection diffusion problems, showing how uniform accuracy, whatever the Peclet/Reynolds numberis. The last part of the talk we will consider recent work on unsteady problems. Examples of compressible flows (laminar and turbulent) will be also shown, inorder to demonstrate the efficiency of the method, both in accuracy, memory footprint and CPU time.
This is joint work with many colleagues and students among whom Dante de Santis, Mario Ricchiuto, Algiane Froehly, Adam Larat, Mohamed Mezine at INRIA,and many discussions with H. Deconinck (VKI, Belgium) as well as Phil Roe (Michigan, USA). This work has been funded by several EU contracts: the FP6ADIGMA project (contract AST5-CT-2006-030719), the FP7 IDIHOM project (contract AAT-2010-RTD-1-265780) and the ERC Advanced Grant ADDECCO(contract #226316), as well as a grant of the Swiss National Fund.
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Congress Plenary Lectures: CFDSC Plenary Lecture
Tuesday, June 9, 13:30-14:30, in Room N1001
Paul Fischer, University of Illinois
About the speaker: Paul Fischer is a Blue Waters Professor at the University of Illinois,Urbana-Champaign in the departments of Computer Science and Mechanical Science & Engineering. Hereceived his Ph.D. in mechanical engineering from MIT and was a post-doc in applied mathematics atCaltech, where he was the first Center for Research in Parallel Computation fellow. His work is in thearea of high-order numerical methods for partial differential equations, scalable linear solvers, andhigh-performance computing. He is the architect of the open source SEM-based fluid dynamics/heattransfer code Nek5000, which has been recognized with the Gordon Bell Prize in high-performancecomputing and which has successfully scaled beyond a million processes. Nek5000 is currently used byover 200 researchers for a variety of applications in turbulence and heat transfer.
DNS/LES of Complex Turbulent Flows beyond Petascale
Petascale computing platforms currently feature million-way parallelism and it is anticipated that exascale computers with billion-wayconcurrency will be deployed in the early 2020s. In this talk, we explore the potential of computing at these scales with a focus onturbulent fluid flow and heat transfer in a variety of applications including nuclear energy, combustion, oceanography, vascular flows, andastrophysics. Following Kreiss and Oliger 72, we argue that high-order methods are essential for scalable simulation of transportphenomena. We demonstrate that these methods can be realized at costs equivalent to those of low-order methods having the samenumber of gridpoints. We further show that, with care, efficient multilevel solvers having bounded iteration counts will scale tobillion-way concurrency. Using data from leading-edge platforms over the past 25 years, we analyze the scalability of state-of-the-artsolvers to predict parallel performance on exascale architectures. The analysis sheds light on the expected scope of exascale physicssimulations and provides insight to design requirements for future algorithms, codes, and architectures.
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8. Congress Semi-Plenary Lectures
Wednesday, June 10, 10:00-11:00, in Room BA211
Stephen Anco, Brock University
About the speaker: Stephen Anco is a full professor in the Department of Mathematics & Statistics atBrock University, Canada. He is a co-author of two books in the Springer Applied Mathematics Seriesand has published over 60 papers. His research encompasses several areas of mathematical physics,including classical gauge field theory, General Relativity, symmetries and conservation laws of differentialequations, integrable systems, and geometric curve flows. At Brock, he has served as Department Chairfrom 2009 to 2012 and Graduate Program Director from 2005 to 2007.
Conservation laws of fluid flow on Riemannian manifolds
All local conservation laws of kinematic type on moving domains and moving surfaces for inviscid compressible fluid flow on curvedRiemannian manifolds are derived. In particular, any such conservation laws will be found that hold only for (1) special dimensions of themanifold or the surface; (2) special conditions on the geometry of the manifold or the surface; (3) special equations of state. Importantly,the general form of these kinematic conservation laws will be allowed to depend on the intrinsic Riemannian metric, volume form, andcurvature tensor of the manifold or the surface. All kinematic constants of motion that arise from the resulting kinematic conservationlaws also will be determined. These results generalize earlier work on finding all kinematic local conservation laws on moving domains forinviscid compressible fluid flow in n-dimensional Euclidean space.
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Congress Semi-Plenary Lectures
Thursday, June 11, 15:00-16:00, in Room BA209
Mike Bennett, University of British Columbia
About the speaker: Michael Bennett is Professor and Head of the Mathematics Department at theUniversity of British Columbia. Prior to coming to UBC, he held positions at The University of Illinois,The Institute for Advanced Study in Princeton, The University of Michigan and the University ofWaterloo. He has authored more than 60 papers in Number Theory. In 2004, he was a recipient of theRibenboim prize of the Canadian Number Theory Association.
Computing elliptic curves of fixed conductor
I will discuss new, old and older still methods for computing elliptic curves with bad reduction outside given sets of primes. Applyingthese, we are now able to find models for all elliptic curves over the rationals with prime conductor bounded by 1010 and, conjecturally,by 1012. I will then mention extensions of these results to the case of more general conductors and to curves over number fields. This is ajoint work with Andrew Rechnitzer.
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Congress Semi-Plenary Lectures
Wednesday, June 10, 10:00-11:00, in Room BA102
Tom Hurd, McMaster University
About the speaker: Tom Hurd is Professor of Mathematics at McMaster University. He turned to themathematical study of financial markets in the late 1990s, following his earlier research in mathematicalphysics. Since then he has written on a wide range of financial topics, with publications in portfoliotheory, interest rate modelling, and credit risk. Over the past few years, his work has focussed on themathematical modelling of systemic risk, that is, the stability of financial networks. His new bookentitled “Contagion! The Spread of Systemic Risk in Financial Networks” is soon to be published. Hehas delivered a number of minicourses on this subject and, most recently, a one-semester PhD course atETH Zurich. In addition to cofounding the M-Phimac Master program in Financial Mathematics atMcMaster, which he continues to direct, he has supervised numerous undergraduate, M.Sc., Ph.D. andPostdoctoral researchers working in financial mathematics.
Modelling the Collapse of Financial Systems
The list of possible channels of systemic risk (SR) includes correlated asset shocks, default contagion, funding liquidity contagion andmarket illiquidity effects. A number of deliberately simplified modelling frameworks, beginning with the Eisenberg-Noe 2001 model, aimto reveal the pure contagion effects that can lead to cascading chains of defaulted and illiquid financial institutions. It turns out thatanalytic methods can be brought to bear to determine the characteristics of such cascades on large random financial networks (RFN) thathave a property we call local tree-like independence (LTI). In this talk, we review the conceptual basis of these methods in percolationtheory on random graphs, and investigate how to extend them to interesting models of complex financial networks.
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Congress Semi-Plenary Lectures
Thursday, June 11, 10:00-11:00, in Room BA208
Eduard-Wilhelm Kirr, University of Illinois at Urbana-Champaign
About the speaker: Eduard-Wilhem Kirr is currently an associate professor in the MathematicsDepartment at University of Illinois Urbana-Champaign. He obtained his Ph.D. in Mathematics fromUniversity of Michigan in 2002 under the direction of Michael I. Weinstein and Anthony Bloch and was aDickson Instructor at University of Chicago from 2002 to 2005 under the direction of Peter Constantin.During his graduate studies he was also a summer intern at Bell Laboratories. His main researchinterests focus on studying wave propagation and wave interaction using both theoretical methods andnumerical simulations.
On long time dynamics in nonlinear wave equations
Since the first description in 1834 of the “wave of translation,” currently called soliton, by John Scott Russell, scientist have studiedintensely such particular solutions of nonlinear wave equations i.e., coherent structures that do not change shape as they propagate. Theyhave been put to good use in nonlinear optics and telecommunications, and play an important role in understanding the formation of largewaves in oceans and in analyzing large systems of quantum particles. Moreover their importance in describing the large time behavior ofnonlinear wave models is summarized by the following: Asymptotic Completeness Conjecture: any initial data of a nonlinear waveequations evolves into a superposition of coherent structures plus a part that radiates to infinity. My presentation will summarize bothour current knowledge on existence of coherent structures and recent progress towards solving the asymptotic completeness conjecture.
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Congress Semi-Plenary Lectures
Monday, June 8, 15:30-16:30, in Room BA209
Georges Zaccour, Ecole des Hautes Etudes commerciales de Montreal
About the speaker: Georges Zaccour holds the Chair in Game Theory and Management and is a fullprofessor of Department of Management Sciences at HEC Montreal. He holds a Ph.D. in managementscience, an M.Sc. in international business from HEC Monteal and a licence in mathematics andeconomics from Universite Paris-Dauphine. He served as the director of GERAD, an interuniversityresearch center and the director of marketing department and Ph.D. program at HEC Montreal. Hisresearch areas are differential games, optimal control and operations research applied to marketing,energy sector and environmental management, areas in which he has published more than 140 papersand co-edited thirteen volumes. He coauthors the books Differential Games in Marketing and Games andDynamic Games. His research is regularly funded by the Natural Sciences and Engineering ResearchCouncil of Canada. He is the editor-in-chief of Dynamic Games and Applications and associate editor ofthe International Game Theory Review, Environmental Modeling & Assessment, ComputationalManagement Science, INFOR, and other journals. He is a fellow of The Royal Society of Canada andwas the president of the International Society of Dynamic Games (2002-2006).
Sustainability of Cooperation in Dynamic Games Played over Event Trees
A well-known problem in dynamic cooperative games is the sustainability of cooperation over time. The literature addressed this issuefollowing different approaches, namely, the design of time-consistent payments, incentive equilibrium strategies and trigger strategies thatdeter credibly and effectively deviation from cooperation. In this talk, I will apply these different approaches to dynamic games playedover event trees, that is, stochastic games where the uncertainty is not influenced by players actions but it is nature’s decision. Afterintroducing the main elements of this class of games, I will introduce node-consistent cooperative payments based on the Shapley valueand imputations in the core as means for sustaining cooperation over nodes (and time). Further, I will show how incentive and triggerstrategies can be constructed to strategically support the cooperative agreement designed at the starting date of the game.
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9. CAIMS Prize-Winning Lectures
CAIMS/Fields Industrial Mathematics Award
Wednesday, June 10, 17:00-18:00, in Room BA201
Sean Bohun, Ontario University Institute of Technology
About the speaker: C. Sean Bohun obtained his PhD in 1998 from the University of Victoria and hasbeen a faculty member at UOIT since 2006. Active in the field of industrial and applied mathematics, hehas been an invited participant of Study Groups around the globe for near 15 years. He has been amentor for graduate training workshops since 2004 in Canada, the US and Oxford and has been one ofthe main organizers of the Canadian Study Groups for many years. Dr. Bohun specializes inmathematical modelling, has coauthored a text on the subject, and continues to breakdown barriersbetween the mathematical sciences and other disciplines, fields and industries.
The Mathematics of Fear and its Role in Social Change
Since the late 1960’s various aspects of mathematical modelling have been applied to societal issues in an attempt to further ourunderstanding of these highly integrated systems. In many cases standard mathematical models and tools are applied directly to a fixedsociological problems. Examples of this include the application of standard crystal growth theory to the growth of religions, andpredator-prey models to infer dynamics of street gangs. A brief sampling of the current literature finds examples in such diverse topics asstudies of the volunteer’s dilemma, models of collective behaviour and social diffusion, and the related problems of panic propagationthrough a social network and the evolution of belief.
Attempts to quantify social influence and opinion can be found in the mathematics literature. In fact, research on how opinions areformed through interpersonal influences has been developed into a social learning framework whereby agents within the model repeatedlyupdate their current opinion as well as the influence weights that they place on each other. Much of this recent mathematical research isnot easily transferrable to the social sciences, primarily due to methodological differences between the two disciplines.
Within the sociological literature, it is well known that for an individual, fear removes their familiar environment and their frames ofreference that are used to help them define rational choice. It is precisely this assumption of rational choice that pervades themathematical literature and limits the applicability of many mathematical models of social behaviour within the field of sociology itself.
I will give some examples of an emerging set of problems where fear plays a significant role from both a mathematical and a sociologicalperspective. Understanding the role of fear is essential to understanding contemporary movements in society. Modelling the politics offear can assist with preemptive actions to reduce terrorism, hate crimes and the limitations of minority’s rights, freedoms and liberties.
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CAIMS Prize-Winning LecturesCAIMS/PIMS Early Career Award
Tuesday, June 9, 17:00-18:00, in Room BA201
Jane Heffernan, York University
About the speaker: Dr. Jane Heffernan is a York University Research Chair in the Department ofMathematics & Statistics. Dr. Heffernan leads the Modelling Infection and Immunity lab (MI2), and isthe Director of the Centre for Disease Modelling (CDM). The MI2 lab develops multi-scale quantitativemethods for evidence-based health policy, from within a host (immunology) to a population of hosts(epidemiology), including decision-making processes at government and individual levels. The MI2 lab isfunded by NSERC, CIHR, MITACS, PHAC, and the Government of Ontario. Dr. Heffernan is involvedin international immunization and public health research networks, and serves on the internationalSociety for Mathematical Biology board of directors. She has organized workshops, summer schools andmentoring programs, and has developed an undergraduate program in Mathematical Biology. Awardsinclude the Governor Generals Gold Medal, NSERC Postdoctoral Fellowship (Warwick, UK), NSERCUniversity Faculty Award, MRI Ontario Early Researcher Award, and the Petro-Canada YoungInnovators Award.
Infectious disease modelling over many scales
Protective immunity against a pathogen can be developed after natural infection or vaccination. A goal of vaccination campaigns is toachieve a certain coverage threshold such that herd immunity can be obtained. Immunity, however, is developed by individuals in apopulation, and individual effects, such as waning immunity, vaccine hesitancy, and variable vaccine uptake decisions will affectpopulation health outcomes. Mathematical models of infectious disease typically focus on describing the dynamics of disease progressionin a population, or within a host. However, both of these scales are intimately linked, affecting disease progression and persistence at eachlevel. We will discuss mathematical models of infectious diseases in-host, between-host, and over populations. Multi-scale modellingstrategies that couple individual and population effects, including the effects of mass media reports, will also be discussed. Modellingresults that are particularly relevant to infectious disease outcomes and public health will be highlighted.
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CAIMS Prize-Winning LecturesCecil Graham Doctoral Dissertation Award
Thursday, June 11, 17:00-18:00, in Room BA201
Diego Ayala Rodriguez, University of Michigan
About the speaker: Dr. Ayala is a Postdoctoral Assistant Professor in the Mathematics Department atthe University of Michigan. He obtained his bachelor degree in Engineering from ITESM (Mexico, 2005),and his doctoral degree in Mathematics from McMaster University (Canada, 2014). Dr. Ayala was aparticipant at the Program in Mathematics of Turbulence organized by the Institute for Pure andApplied Mathematics, UCLA, in 2014. His research interests include computational fluid dynamics,large-scale computing and optimization.
Extreme Vortex States in Incompressible Flows
In this investigation we assess the sharpness of analytic estimates for the instantaneous rate of production of palinstrophy intwo-dimensional (2D) flows, and for the instantaneous rate of production of enstrophy in three-dimensional (3D) flows. Families oflocalized extreme vortex structures, both in 2D and 3D, are obtained by solving suitable constrained optimization problems and wepresent compelling evidence supporting the sharpness of the analytic estimates, thus confirming the findings of Lu & Doering (2008). Theresults obtained for 3D flows provide a numerical characterization of a region of “guaranteed regularity”, corresponding to the well-knownresult of existence and uniqueness of smooth solutions to the Navier-Stokes equation for sufficiently small initial data. Moreover, resultsfrom direct numerical simulations indicate that the flow triggered by the 3D optimal fields produces a larger finite-time growth ofenstrophy when compared to other widely-used initial conditions, such as the Taylor-Green vortex, Lamb dipoles and perturbedanti-parallel vortex tubes. Although numerical in nature, these results provide a plausible route for finding an initial condition that couldlead to the formation of a singularity in finite time.
29
10. Special Symposia & OrganizersSession ID Session Name Session Organizers Session Blocks
SS-AAIP Inverse ProblemsHerb Kunze (University of Guelph)
Davide La Torre (University of Milan)
Kim Levere (University of Guelph)
SS-AAIP #1 Friday A.M.SS-AAIP #2 Friday P.M.
SS-CMPMCComputational Methods inPhysical andMacromolecular Chemistry
Styliani Consta (University of Western Ontario) SS-CMPMC Wednesday A.M.
SS-CNTComputational NumberTheory
Chester Weatherby (Wilfrid Laurier University)
Kevin Hare (University of Waterloo)
Renate Scheidler (University of Calgary)
SS-CNT #1 Friday A.M.SS-CNT #2 Friday A.M.SS-CNT #3 Friday A.M.SS-CNT #4 Friday P.M.
SS-CP Computational PhysicsAlex Fedoseyev (CFD Research Corporation)
Marek Wartak (Wilfrid Laurier University)SS-CP Tuesday P.M.
SS-DASOData Analytics for SystemOptimization
Jianhong Wu (York University)
Jimmy Huang (York University)
Wenying Feng (Trent University)
SS-DASO Friday A.M.
SS-DDEMM
Delay DifferentialEquations as MathematicalModels of Real WorldPhenomena
Elena Braverman (University of Calgary)
Anatoli Ivanov (Pennsylvania State University)
SS-DDEMM #1 Thursday P.M.SS-DDEMM #2 Friday A.M.
SS-DDMDSData-Driven Methods forDynamical Systems
Dimitris Giannakis (New York University)
Tyrus Berry (Pennylvania State University)
SS-DDMDS #1 Thursday A.M.SS-DDMDS #2 Thursday P.M.
SS-EBMSAHSEquation-Based Modeling:Structural Analysis andHybrid Systems
Ned Nedialkov (McMaster University)
John Pryce (Cardiff University)SS-EBMSAHS Wednesday P.M.
SS-FCPFractional Calculus andProbability
Jozsef Lorinczi (Loughborough University)
Mark M. Meerschaert (Michigan State University)
Enrico Scalas (University of Sussex)
SS-FCP Thursday P.M.
SS-GAMCCMGeometric and AnalyticMethods in Classical andCelestial Mechanics
Manuele Santoprete (Wilfrid Laurier University)
Lennard Bakker (Brigham Young University)
Ray McLenaghan (University of Waterloo)
SS-GAMCCM #1 Monday A.M.SS-GAMCCM #2 Monday P.M.SS-GAMCCM #3 Tuesday A.M.
30
Session ID Session Name Session Organizers Session Blocks
SS-GLSGeocomputationalLandscapes and Spaces
Steven A. Roberts (Wilfrid Laurier University)
Colin Robertson (Wilfrid Laurier University)SS-GLS Thursday A.M.
SS-GTAGame Theory:Applications andEvolutionary Games
Monica Cojocaru (University of Guelph)
Joe Apaloo (St. Francis Xavier)
Ross Cressman (Wilfrid Laurier University)
SS-GTA #1 Monday A.M.SS-GTA #2 Monday P.M.SS-GTA #3 Tuesday A.M.
SS-MACHSModeling, Analysis andControl in Hybrid Systems
Xinzhi Liu (University of Waterloo)
Mohamad Alwan (University of Waterloo)
Peter Stechlinski (Massachusetts Institute of Technology)
SS-MACHS #1 Monday A.M.SS-MACHS #2 Monday P.M.
SS-MFMCRMathematical Finance -Modeling, Computationand Risk Management
Joe Campolieti (Wilfrid Laurier University)
Adam Metzler (Wilfrid Laurier University)
SS-MFMCR #1 Tuesday A.M.SS-MFMCR #2 Tuesday P.M.SS-MFMCR #3 Wednesday A.M.
SS-MMNNMathematical Models forNanoscience andNanotechnology
Xinzhi Liu (University of Waterloo)
Mohamad Alwan (University of Waterloo)
Peter Stechlinski (Massachusetts Institute of Technology)
SS-MMNN #1 Thursday A.M.SS-MMNN #2 Thursday P.M.
SS-MMPNDMatrix Manifold Problemssubject to Noisy Data
Forbes Burkowski (University of Waterloo)
Henry Wolkowicz (University of Waterloo)SS-MMPND Tuesday A.M.
SS-MSMBModeling & Simulation inMedicine and Biology
Suzanne Shontz (University of Kansas)
Corina Drapaca (Pennsylvania State University)
Siv Sivaloganathan (University of Waterloo)
SS-MSMB #1 Thursday A.M.SS-MSMB #2 Thursday P.M.
SS-RALSMCL
Recent Advances in LieSymmetry Methods andConservation Laws forDifferential Equations andApplications
M. Abudiab (Texas A&M University)
C.M. Khalique (North-West University)
M.L. Gandarias (Universidad de Cadiz)
SS-RALSMCL #1 Wednesday A.M.SS-RALSMCL #2 Wednesday P.M.SS-RALSMCL #3 Thursday A.M.
SS-SSMMBPSimulations in Soft Matterand Molecular Bio-Physics
Cristiano Dias (New Jersey Institute of Technology)
Zhaoqian Su (New Jersey Institute of Technology)
Farbod Mahmoudinoba (New Jersey Institute of Technology)
SS-MMBP #1 Friday A.M.SS-MMBP #2 Friday P.M.
SS-TMNTopics in MathematicalNeuroscience
Lydia Bilinsky (Duke University)
Priscilla Greenwood (Duke University)
SS-TMN #1 Monday A.M.SS-TMN #2 Monday P.M.
SS-WDSEEWealth Distribution andStatistical Equilibrium inEconomics
Enrico Scalas (University of Sussex)
Bertram During (University of Sussex)SS-WDSEE Monday A.M.
31
Session ID Session Name Session Organizers Session Blocks
SS-WPAWave Propagation andApplications
Eduard Kirr (University of Illinois at Urbana-Champaign)
Nicolae Tarfulea (Purdue University Calumet)
Catalin Turc (New Jersey Institute of Technology)
SS-WPA #1 Thursday A.M.SS-WPA #2 Thursday P.M.SS-WPA #3 Thursday A.M.
ST-AADSApplied Analysis andDynamical Systems
Xingfu Zou (University of Western Ontario)
Dmitry Pelinovsky (McMaster University)
David Iron (Dalhousie University)
ST-AADS #1 Monday P.M.ST-AADS #2 Tuesday A.M.ST-AADS #3 Tuesday P.M.
ST-ACMApplied andComputational Mechanics
Marek Stastna (University of Waterloo)
Bartek Protas (McMaster University)
Il Yong Kim (Queen’s University)
ST-ACM #1 Monday A.M.ST-ACM #2 Monday P.M.ST-ACM #3 Tuesday A.M.ST-ACM #4 Tuesday P.M.
ST-IM Industrial Mathematics
Huaxiong Huang (York University)
John Stockie (Simon Fraser University)
Odile Marcotte (Universite du Quebec a Montreal)
Sean Bohun (University of Ontario Institute of Techology)
ST-IM #1 Tuesday P.M.ST-IM #2 Wednesday A.M.ST-IM #3 Wednesday P.M.
ST-MB Mathematical Biology
Frithjof Lutscher (University of Ottawa)
Lea Popovic (Concordia University)
Rebecca Tyson (University of British Columbia)
Connell McCluskey (Wilfrid Laurier University)
ST-MB #1 Monday A.M.ST-MB #2 Monday P.M.ST-MB #3 Tuesday A.M.ST-MB #4 Tuesday P.M.ST-MB #5 Wednesday A.M.ST-MB #6 Wednesday P.M.ST-MB #7 Thursday A.M.ST-MB #8 Thursday P.M.
ST-SCNA
The 2nd CanadianSymposium on ScientificComputing and NumericalAnalysis
Scott MacLachlan (Memorial University of Newfoundland)Justin Wan (University of Waterloo)Hans de Sterck (University of Waterloo)Ben Adcock (Simon Fraser University)
ST-SCNA #1 Monday A.M.ST-SCNA #2 Monday P.M.ST-SCNA #3 Tuesday A.M.ST-SCNA #4 Tuesday P.M.ST-SCNA #5 Wednesday A.M.ST-SCNA #6 Wednesday P.M.ST-SCNA #7 Thursday A.M.
ST-CFDSCThe 23rd Conference of theCFD Society of Canada
Lilia Krivodonova (University of Waterloo)Lucian Ivan (University of Waterloo)
ST-CFDSC #1,4,6 Monday A.M.ST-CFDSC #2,5,7 Monday P.M.ST-CFDSC #3,8,12 Tuesday A.M.ST-CFDSC #11,13,9 Tuesday P.M.ST-CFDSC #10,14 Wednesday A.M.
32
11. Contributed SessionsSession ID Session Name Session Blocks
CS-APMRE Applied Problems and Methods in Research & Education CS-AMPRE Thursday P.M.
CS-BSM Mathematics and Computation in Biological Sciences and MedicineCS-BSM #1 Tuesday A.M.CS-BSM #2 Tuesday A.M.CS-BSM #3 Wednesday A.M.
CS-CACO Computational Algebra, Combinatorics and Optimization CS-CACO Wednesday P.M.
CS-CPC Computational Physics and Chemistry CS-MCPC Wednesday P.M.
CS-DSDE Applications of Dynamical Systems and Differential EquationsCS-DSDE #1 Wednesday P.M.CS-DSDE #2 Wednesday A.M.CS-DSDE #3 Wednesday P.M.
CS-ENV Mathematical Modelling in Environmental Sciences and Models for Complex Media CS-ENV Friday A.M.
CS-FINANCE Financial Mathematics and ComputationCS-FINANCE #1 Friday A.M.CS-FINANCE #2 Friday P.M.
CS-MECHE Computational Mechanics and EngineeringCS-MECHE #1 Wednesday A.M.CS-MECHE #2 Wednesday P.M.
CS-MODELING Partial Differential and Integral Equations in Mathematical ModelingCS-MODELING #1 Friday A.M.CS-MODELING #2 Friday P.M.
CS-POST Poster SessionCS-POST #1-#2 WednesdayCS-POST #3-#4 Thursday
33
12. High-Level Congress Schedule Mon: A.M.=10:30-12:30; P.M.=3:30-5:30Tues-Fri: A.M.=10:00-12:00; P.M.=3:00-5:00
Mon: Use BA206 in place of BA305Mon: Use BA207 in place of BA306
Room N1001/02/44 BA101 BA102 BA202 BA208 BA209 BA210 BA211 BA305 BA306
June
8
ST-CFDSC ST-MB SS-TMN ST-SCNA ST-ACM SS-GTA SS-MACHS SS-WDSEE SS-GAMCCM
A.M
.
The
23rd
Con
fere
nce
ofth
eC
FD
Soci
ety
ofC
anad
a
Mat
hem
atic
alB
iolo
gy
Top
ics
inM
athem
atic
alN
euro
scie
nce
The
2nd
Can
adia
nSym
pos
ium
onSci
enti
fic
Com
puti
ng
&N
um
eric
alA
nal
ysi
s
Applied
and
Com
puta
tion
alM
echan
ics
Gam
eT
heo
ry:
Applica
tion
san
dE
volu
tion
ary
Gam
es
NSERCDiscovery GrantInformationSession
Mod
elin
g,
An
aly
sis
an
dC
ontr
ol
inH
yb
rid
Syst
ems
WealthDistribution andStatisticalEquilibriumin Economics
Geo
met
ric
and
Anal
yti
cM
ethods
inC
lass
ical
and
Cel
esti
alM
echan
ics
ST-AADS
P.M
.
Ap
plied
An
aly
sis
an
dD
yn
am
ical
Syst
ems
June
9
SS-MFMCR SS-MMPND CS-BSM
A.M
.
Math
emati
cal
Fin
an
ce-
Mod
elin
g,
Com
pu
tati
on
an
dR
isk
Man
agem
ent
Matrix ManifoldProblems subjectto Noisy Data
Math
emati
csan
dC
om
pu
tati
on
in
Bio
logic
al
Sci
ence
s
an
dM
edic
ine
ST-IM CS-DSDE ST-AADS SS-CP
P.M
.
Indust
rial
Mat
hem
atic
s
Applica
tion
sof
Dynam
ical
Syst
ems
and
Diff
eren
tial
Equat
ions
Applied Analysisand DynamicalSystems
ComputationalPhysics
June
10
CS-MECHE SS-RALSMCL SS-CMPMC
A.M
.
Com
pu
tati
on
al
Mec
han
ics
an
dE
ngin
eeri
ng
Rec
ent
Ad
van
ces
inL
ieS
ym
met
ryM
eth
od
san
d
Con
serv
ati
on
Law
sM
eth
od
sfo
rD
iffer
enti
al
Equ
ati
on
s
an
dA
pp
lica
tion
s
ComputationalMethods inPhysical andMacromolecularChemistry
SS-EBMSAHS CS-CACO CS-CPC
P.M
. Equation-BasedModelling:StructuralAnalysis andHybrid Systems
ComputationalAlgebra,CombinatoricsandOptimization
ComputationalPhysics andChemistry
June
11
SS-MSMB SS-WPA SS-CNT SS-DDMDS SS-MMNN SS-GLS
A.M
.
Mod
elin
gan
d
Sim
ula
tion
inin
Med
icin
ean
dB
iolo
gy
Wav
eP
ropag
atio
nan
dA
pplica
tion
s
Com
puta
tion
alN
um
ber
Theo
ry
Data
-Dri
ven
Met
hod
sfo
rD
yn
am
ical
Syst
ems
Math
emati
cal
Mod
els
for
Nan
osc
ien
cean
dN
an
ote
chn
olo
gy
GeocomputationalLandscapesand Spaces
SS-FCP SS-DDEMM CS-APMRE
P.M
. FractionalCalculusand Probability
Del
ay
Diff
eren
tial
Equ
ati
on
sas
Math
emati
cal
Mod
els
of
Rea
lW
orl
dP
hen
om
ena
Applied Problemsand Methodsin Research& Education
June
12
CS-MODELING CS-FINANCE CS-ENV SS-DASO SS-AAIP SS-SSMMBP
A.M
.
Part
ial
Diff
eren
tial
an
dIn
tegra
l
Equ
ati
on
sin
Math
emati
cal
Model
ing
Fin
an
cial
Math
emati
csan
dC
om
pu
tati
on
Math Modelingin EnvironmentalSciences andModels forComplex Media
Data Analyticsfor SystemOptimization
Inve
rse
Pro
ble
ms
Sim
ula
tion
sin
Soft
Matt
eran
dM
ole
cula
rB
io-P
hysi
cs
P.M
. MS2DiscoveryInstituteMeeting
34
Time Room Monday, June 8AMMCS-CAIMS Congress Opening
8:30-9:00 BA201Deborah MacLatchy, Wilfrid Laurier University Vice President Academic / Provost
and Vice President Research (Acting)Paul Jessop, Dean of Science, Wilfrid Laurier University
Angela Vieth, Councillor, City of Waterloo
Congress Plenary Lecture
9:00-10:00 BA201Learning in High Dimension: from Images to Quantum Chemistry
Stephane Mallat, Ecole Normale Superieure, Abstract & Biography on p. 14(Chair: R. Spiteri)
10:00-10:30 BA Halls Coffee Break
10:30-12:30
N1001/02/44 BA101 BA102 BA206 BA207
ST-CFDSC #1,4,6 ST-MB #1 SS-TMN #1 SS-WDSEE SS-GAMCCM #1The 23rd Conferenceof the CFD Societyof Canada
Mathematical BiologyHuman-EnvironmentSystems
Topics inMathematicalNeuroscience
Wealth Distribution andStatistical Equilibriumin Economics
Geometric and AnalyticMethods in Classicaland Celestial Mechanics
BA202 BA208 BA209 BA210 BA211
ST-SCNA #1 ST-ACM #1 SS-GTA #1 SS-MACHS #1The 2nd CanadianSymposium on ScientificComputing andNumerical Analysis
Applied andComputationalMechanics
Game Theory:Applications andEvolutionary Games
NSERC DiscoveryGrant InformationSession
Modeling, Analysisand Control inHybrid Systems
12:30-14:00 Lunch
Congress Plenary Lecture
14:00-15:00 BA201Multiscale Modeling of Soft Materials and Related Biological Responses
Wing Kam Liu, Northwestern University, Abstract & Biography on p. 13(Chair: I.Y. Kim)
15:00-15:30 BA Halls Coffee Break
15:30-17:30
N1001/02/44 BA101 BA102 BA206 BA207
ST-CFDSC #2,5,7 ST-MB #2 SS-TMN #2 SS-GAMCCM #2The 23rd Conferenceof the CFD Societyof Canada
Mathematical BiologyEvolution
Topics inMathematicalNeuroscience
Geometric and AnalyticMethods in Classicaland Celestial Mechanics
BA202 BA208 BA209 BA210 BA211
ST-SCNA #2 ST-ACM #2 SS-GTA #2 ST-AADS #1 SS-MACHS #2The 2nd CanadianSymposium on ScientificComputing andNumerical Analysis
Applied andComputationalMechanics
Game Theory:Applications andEvolutionary Games
Applied Analysisand DynamicalSystems
Modeling, Analysisand Control inHybrid Systems
35
Time Room Tuesday, June 9Congress Plenary Lecture CFDSC Plenary Lecture
8:30-9:30Congress: BA201
CFDSC: N1001
Eight Great Reasons to do MathsChris Budd, University of Bath,
Abstract & Biography on p. 12(Chair: H. Huang)
Recent progress in the development of parameter freecontinuous finite element methods for compressible fluids
Remi Abgrall, University of Zurich,Abstract & Biography on p. 20
(Chair: L. Krivodonova)
9:30-10:00 BA/Science Halls Coffee Break
10:00-12:00
N1001/02/44 BA101 BA102 BA305 BA306
ST-CFDSC #3,8,12 ST-MB #3 SS-MFMCR #1 CS-BSM #1 SS-GAMCCM #3The 23rd Conferenceof the CFD Societyof Canada
Mathematical BiologyEcology, Spatial
Mathematical Finance- Modeling, Computationand Risk Management
Mathematics andComputation in BiologicalSciences and Medicine
Geometric and AnalyticMethods in Classicaland Celestial Mechanics
BA202 BA208 BA209 BA210 BA211
ST-SCNA #3 ST-ACM #3 SS-GTA #3 ST-AADS #2 SS-MMPNDThe 2nd CanadianSymposium on ScientificComputing andNumerical Analysis
Applied andComputationalMechanics
Game Theory:Applications andEvolutionary Games
Applied Analysisand DynamicalSystems
Matrix ManifoldProblems subjectto Noisy Data
12:00-13:30 Lunch
Congress Plenary Lecture CFDSC Plenary Lecture
13:30-14:30Congress: BA201
CFDSC: N1001
Dependence Between Components of MultivariateConditional Markov Chains: Markov Consistency
and Markov CopulaeTomasz Bielecki, Illinois Institute of Technology,
Abstract & Biography on p. 11(Chair: R. Makarov)
DNS/LES of Complex Turbulent Flows beyond Petascale
Paul Fischer, University of Illinois,
Abstract & Biography on p. 21(Chair: L. Ivan)
14:30-15:00 BA/Science Halls Coffee Break
15:00-17:00
N1001/02/44 BA101 BA102 BA305 BA306
ST-CFDSC #11,13,9 ST-MB #4 SS-MFMCR #2 CS-BSM #2 SS-CP
The 23rd Conferenceof the CFD Societyof Canada
Mathematical Biology Mathematical Finance- Modeling, Computationand Risk Management
Mathematics andComputation in BiologicalSciences and Medicine
ComputationalPhysics
BA202 BA208 BA209 BA210 BA211
ST-SCNA #4 ST-ACM #4 ST-IM #1 CS-DSDE #1 SS-AADS #3The 2nd CanadianSymposium on ScientificComputing andNumerical Analysis
Applied andComputationalMechanics
Industrial MathematicsMathematical Modellingin the Agriculture andand Food Science Sector
Applications ofDynamical Systemsand Differential Equations
Applied Analysisand DynamicalSystems
Refreshments Served CAIMS Prize Winner’s Lecture: CAIMS/PIMS Early Career Award
17:00-18:00 BA201Infectious disease modelling over many scales
Jane Heffernan, York University, Abstract & Biography on p. 28(Chair: P. van den Driessche)
36
Time Room Wednesday, June 10Congress Plenary Lecture
8:30-9:30 BA201Multiscale Modeling in a Stochastic Setting
Eric Vanden-Eijnden, Courant Institute, NYU, Abstract & Biography on p. 17(Chair: H. Kunze)
9:30-10:00 BA Halls Coffee Break & Poster Session
10:00-12:00
N1001/02 BA101 BA102 BA305 BA306
ST-CFDSC #10,14 ST-MB #5 SS-MFMCR #3 CS-BSM #3 SS-CMPMCThe 23rd Conferenceof the CFD Societyof Canada
Mathematical BiologyEpidemiology 1
Mathematical Finance- Modeling, Computationand Risk Management
Mathematics andComputation in BiologicalSciences and Medicine
Computational Methodsin Physical and MacromolecularChemistry
BA202 BA208 BA209 BA210 BA211
ST-SCNA #5 CS-MECHE #1 ST-IM #2 CS-DSDE #2 SS-RALSMCL #1The 2nd CanadianSymposium on ScientificComputing andNumerical Analysis
ComputationalMechanics andEngineering
Industrial MathematicsInverse Problemsin Industrial Applications
Applications ofDynamical Systemsand Differential Equations
Recent Advances in Lie SymmetryMethods and Conservation Lawsfor Differential Equationsand Applications
12:00-13:30 Conference Photo Shoot at 12:00 & Lunch
Congress Plenary Lecture
13:30-14:30 BA201Graph Analysis and Discrete Dynamic Modeling Elucidates the Outcomes of Within-cell Networks
Reka Albert, Pennsylvania State University, Abstract & Biography on p. 10(Chair: R. Melnik)
14:30-15:00 BA Halls Coffee Break & Poster Session
15:00-17:00
N1001/02/44 BA101 BA102 BA305 BA306
ST-MB #6 SS-EBMSAHS CS-CACO CS-CPCMathematical BiologyEpidemiology 2
Equation-Based Modeling:Structural Analysisand Hybrid Systems
ComputationalAlgebra, Combinatoricsand Optimization
ComputationalPhysics and Chemistry
BA202 BA208 BA209 BA210 BA211
ST-SCNA #6 SS-MECHE #2 ST-IM #3 CS-DSDE #3 SS-RALSMCL #2The 2nd CanadianSymposium on ScientificComputing andNumerical Analysis
ComputationalMechanics andEngineering
Industrial MathematicsModelling of TransportProcesses in Industry
Applications ofDynamical Systemsand Differential Equations
Recent Advances in Lie SymmetryMethods and Conservation Lawsfor Differential Equationsand Applications
Refreshments Served CAIMS Prize Winner’s Lecture: CAIMS/Fields Industrial Mathematics Award
17:00-18:00 BA201The Mathematics of Fear and its Role in Social Change
Sean Bohun, Ontario University Institute of Technology, Abstract & Biography on p. 27(Chair: M. Grasselli)
37
Time Room Thursday, June 11Congress Plenary Lecture
8:30-9:30 BA201Noise Impact on Finite Dimensional Dynamical Systems
Yingfei Yi, University of Alberta, Abstract & Biography on p. 18(Chair: X. Zou)
9:30-10:00 BA Halls Coffee Break & Poster Session
10:00-12:00
N1001/02/44 BA101 BA102 BA305 BA306
ST-MB #7 SS-MSMB #1 SS-MMNN #1 SS-GLSMathematical BiologyEcology, Non-spatial
Modeling & Simulationin Medicineand Biology
Mathematical Modelsfor Nanoscienceand Nanotechnology
GeocomputationalLandscapes and Spaces
BA202 BA208 BA209 BA210 BA211
ST-SCNA #7 SS-WPA #1 SS-CNT #1 SS-DDMDS #1 SS-RALSMCL #3The 2nd CanadianSymposium on ScientificComputing andNumerical Analysis
Wave Propagationand Applications
ComputationalNumber Theory
Data-DrivenMethods forDynamical Systems
Recent Advances in Lie SymmetryMethods and Conservation Lawsfor Differential Equationsand Applications
12:00-13:30 Lunch
Congress Plenary Lecture
13:30-14:30 BA201An Information Theoretic Approach to Computational Modelling in Engineering and the Sciences
Nicholas Zabaras, University of Warwick, Abstract & Biography on p. 19(Chair: R. Melnik)
14:30-15:00 BA Halls Coffee Break & Poster Session
15:00-17:00
N1001/02/44 BA101 BA102 BA305 BA306
ST-MB #8 SS-MSMB #2 SS-MMNN #2 CS-APMREMathematical BiologyBiofilms andIndustrial
Modeling & Simulationin Medicineand Biology
Mathematical Modelsfor Nanoscienceand Nanotechnology
Applied Problemsand Methods inResearch & Education
BA202 BA208 BA209 BA210 BA211
SS-FCP SS-WPA #2 SS-CNT #2 SS-DDMDS #2 SS-DDEMM #1Fractional Calculusahd Probability
Wave Propagationand Applications
ComputationalNumber Theory
Data-DrivenMethods forDynamical Systems
Delay Differential Equationsas Mathematical Modelsof Real World Phenomena
Refreshments Served CAIMS Prize Winner’s Lecture: Cecil Graham Doctoral Dissertation Award
17:00-18:00 BA201Extreme Vortex States in Incompressible Flows
Diego Ayala Rodriguez, University of Michigan, Abstract & Biography on p. 29(Chair: J. Watmough)
18:30-19:00 Waterloo Inn Congress Banquet Reception
19:00-22:00 Waterloo Inn Congress Banquet Dinner
38
Time Room Friday, June 12Congress Plenary Lecture
8:30-9:30 BA201On Fourier cosine expansions and wavelets for derivative pricing and
risk management in computational financeKees Oosterlee, Delft University of Technology and CWI, Abstract & Biography on p. 15
(Chair: J. Wan)
9:30-10:00 BA Halls Coffee Break
10:00-12:00
N1001/1002 BA101 BA102 BA305 BA306
CS-MODELING #1 CS-FINANCE #1 SS-AAIP #1 SS-SSMMBP #1Partial Differential andIntegral Equations inMathematical Modeling
Financial Mathematicsand Computation
InverseProblems
Simulations inSoft Matter andMolecular Bio-Physics
BA202 BA208 BA209 BA210 BA211
CS-ENV SS-WPA #3 SS-CNT #3 SS-DASO SS-DDEMM #2Mathematical Modellingin EnvironmentalSciences and Modelsfor Complex Media
Wave Propagationand Applications
ComputationalNumber Theory
Data Analyticsfor SystemOptimization
Delay Differential Equationsas Mathematical Modelsof Real World Phenomena
12:00-13:30 Lunch
Congress Plenary Lecture
13:30-14:30 BA201Species Coexistence in Stochastic Environments: A Mathematical Perspective
Sebastian Schreiber, University of California, Davis, Abstract & Biography on p. 16(Chair: F. Lutscher)
14:30-15:00 BA Halls Coffee Break
15:00-17:00
N1001/02/44 BA101 BA102 BA305 BA306
CS-MODELING #2 CS-FINANCE #2 SS-AAIP #2 SS-SSMMBP #2Partial Differential andIntegral Equations inMathematical Modeling
Financial Mathematicsand Computation
InverseProblems
Simulations inSoft Matter andMolecular Bio-Physics
BA202 BA208 BA209 BA210 BA211
SS-CNT #4MS2Discovery InstituteMeeting
ComputationalNumber Theory
17:00-17:30 BA201 Congress Prize Announcements, Closing
39
13. Parallel Sessions Schedule
The following pages give the detailed speaker list for the morning and afternoon parallel session each day of the Congress.
Monday, June 8
40
Time RoomMonday, June 8: Morning
BA101 BA102 BA206 BA207
ST-MB #1 SS-TMN #1 SS-WDSEE SS-GAMCCM #1
Mathematical BiologyHuman-Environment Systems
Chair: F. LutscherUniversity of Ottawa
Topics in Mathematical Neuroscience
Chair: P. GreenwoodUniversity of British Columbia
Wealth Distribution and StatisticalEquilibrium in Economics
Chair: E. Scalas & B. DuringUniversity of Sussex
Geometric and Analytic Methods inClassical and Celestial Mechanics
Chair: L. BakkerBrigham Young University
10:30-10:50
Modelling human-environmentinteractions and their impactbistability in forest-grassland mosaics
M. AnandUniversity of Guelph
Exploring firing patterns of stellatecells
P. RowatUniversity of California San Diego
Statistical Mechanics of Inequality inDistributions of Money, Income,Debt, and Energy Consumption
V. YakovenkoUniversity of Maryland
Orthogonal separation of theHamilton-Jacobi equation on Spacesof Constant curvature
K. RajaratnamUniversity of Waterloo
10:50-11:10
A Local Optimization Approach toResolving Conservation Conflicts inMosaic Ecosystems
S. NowackUniversity of Guelph
Nonlocal oscillations in membranepotential provoked by a slow currentramp
L. BilinksyDuke University
Thermodynamics of inequalities
M. SmerlakPerimeter Institute for Theoretical Physics
Aspects of Finsler geometry behindLagrangian mechanical systems
T. MestdagGhent University
11:10-11:30
The MIRACLE project: Tools andanalysis methods for output fromagent-based models of coupledhuman-natural systems
D. ParkerUniversity of Waterloo
Sleep and Thermoregulation
J. BestOhio State University
The Equilibrium-Seeking Behaviourof a Very Simple Model of Wealth
G. BoyleOrrery Software
Compatible quadratic Poissonbrackets related to a family of ellipticcurves
T. WolfBrock University
11:30-11:50
Interactions Between SimultaneousBehaviourally-Driven DiseaseInterventions in a Model of SeasonalInfluenza
M. AndrewsUniversity of Guelph
Projecting Biochemistry Over LongDistances
M. ReedDuke University
Kinetic models for wealth distribution
B. DuringUniversity of Sussex
Canonoid and PoissonoidTransformations, Symmetried andBi-Hamiltonian Structures
M. SantopreteWilfrid Laurier University
11:50-12:10
Modelling human-environmentinteractions and their impact onconservation incentive effectiveness inforest ecosystems
C. BauchUniversity of Waterloo
Finitary probabilistic methods inEconomics
E. ScalasUniversity of Sussex
12:10-12:30
41
Time RoomMonday, June 8: Morning
BA202 BA208 BA209 BA210 BA211
ST-SCNA #1 ST-ACM #1 SS-GTA #1 SS-MACHS #1
The 2nd Canadian Symposium
on Scientific Computing and
Numerical Analysis
Chair: H. De SterckUniversity of Waterloo
Applied and ComputationalMechanics
Chair: I.Y. KimQueen’s University
Game Theory: Applicationsand Evolutionary Games
Chair: J. ApalooSt. Francis Xavier University
NSERC Discovery GrantInformation Session
Modeling, Analysis andControl in Hybrid Systems
Chair: X. LiuUniversity of Watelroo
10:30-10:50
Implicitly PaddedConvolutions on HybridParallel Architectures
J. BowmanUniversity of Alberta
A quadrilateral spectralmultidomain penalty methodmodel for the simulation ofenvironmental stratified flowprocesses: towards an efficientpressure solver
P. DiamessisCornell University
Truncation selection and theESS
B. MorskyUniversity of Guelph
On Pinning Control,Synchronization andControllability of ComplexNetworks
G. ChenCity University of Hong Kong
10:50-11:10
A Fast Solver for DenseLinear Systems: The InverseFast Multipole Method
P. CoulierKatholieke Universiteit Leuven
Large eddy simulation ofstratified turbulence
M. WaiteUniversity of Waterloo
The Maximum Number ofCoexisting Species inEvolutionary Dynamics
J. ApalooSt. Francis Xavier University
Switching controlledsynchronization of nonlinearsystems with time-delays
P. StechlinskiMassachusetts Institute ofTechnology
11:10-11:30
The Sphere DecodingApproach for Mixed IntegerLeast Squares Problems
X-W. ChangMcGill University
Internal Wave BoundaryLayer Interaction: a novelinstability over broadtopography
S. HarnananUniversity of Waterloo
Evolutionary game theoryunder time constraint
R. CressmanWilfrid Laurier University
A new measure of robuststability for impulsivedifferential equations
K. ChurchUniversity of Ottawa
11:30-11:50
A Nonlinearly PreconditionedConjugate Gradient Algorithmfor Rank-R Canonical TensorApproximation
M. WinlawUniversity of Waterloo
Coriolis forces control thesecondary circulation anderosion patterns in largesubmarine turbidity currents
M. WellsUniversity of Toronto
The worlds biomes andprimary production as aforaging game played byplants
G. McNickleWilfrid Laurier University
Pinning Stabilization ofCellular Neural Networks withTime-Delay Via DelayedImpulses
K. ZhangUniversity of Waterloo
11:50-12:10
Matrix Manifold OptimizationMethods for Tucker TensorApproximations
A. HowseUniversity of Waterloo
The influence of bottomtopography on energy transferbetween length scales
M. StastnaUniversity of Waterloo
Understanding the Dynamicsof Infinite Niche Packingthrough Simulations
A. HollowayUniversity of Illinois at Chicago
Input-to-State Stability andH∞ Performance forStochastic Control Systemswith Piecewise ConstantArguments
M. AlwanUniversity of Waterloo
12:10-12:30
Reconstruction of DynamicSPECT Images
M. TrummerSimon Fraser University
A moving-mesh method forspectral collocation solutionsof partial differentialequations
C. SubichEnvironment Canada
Evolution of cooperation in amultidimensional phenotypespace
D. KroumiUniversite de Montreal
Switched singularly perturbedsystems with reliablecontrollers
T. SugatiUniversity of Waterloo
42
Time RoomMonday, June 8: Morning
N1001 N1002 N1044
ST-CFDSC #1 ST-CFDSC #4 ST-CFDSC #6
The 23rd Conference of the CFD Society of CanadaCFD Methods I
Chair: L. IvanUniversity of Waterloo
The 23rd Conference of the CFD Society of CanadaTurbulence I
Chair: L. FreretUniversity of Toronto, Institute of Aerospace Studies
The 23rd Conference of the CFD Society of CanadaSeparation and Transition
Chair: J. McDonaldUniversity of Ottawa
10:30-10:50
Efficient high order differentiation ofimplicitly-defined curves with applications tohomotopy continuation algorithms for CFD flowsolvers
D. BrownUniversity of Toronto, Institute for Aerospace Studies
Evaluation of Hybrid RANS/LES Turbulence ModelsFor Gas-Turbine Combustor-Relevant Flows
J. WestUniversity of Toronto, Institute for Aerospace Studies
A Preliminary DNS Study of the Effect of a BluntLeading Edge on the Instability of a SeparatingLaminar Boundary Layer
J. BrinkerhoffUniversity of British Columbia
10:50-11:10
Treatment of Non-Conforming Faces in theFramework of Spectral Discontinuous GalerkinDiscretization
M. ChrustUniversity of Ottawa
Large-eddy simulation of the flow around a singleand two staggered infinite-length circular cylinders
J. SloviakUniversity of Manitoba
2D Analysis of a Flow Past a Square Cylinder Usingthe Spectral Element Method
C. MavriplisUniversity of Ottawa
11:10-11:30
An Implicit Cartesian Grid Method for CFD usingFinite Volume and Finite Difference Discretizations
P. NikrityukUniversity of Alberta
A Dynamic Subfilter-scale Stress Model for LargeEddy Simulations Based on Physical Flow Scales
A. RouhiQueen’s University
The Effects of Wall Roughness on Adverse PressureGradient Boundary Layer
P. MottahgianQueen’s University
11:30-11:50
An h-adaptive implementation of the discontinuousGalerkin method for nonlinear hyperbolicconservation laws on unstructured meshes forgraphics processing units
A. GiulianiUniversity of Waterloo
Direct Numerical Simulation of the Flow Around aWing Session at Moderate Reynolds Numbers
S.M. HosseiniRoyal Institute of Technology
Direct Numerical Simulation of Transition on aLaminar Morphing Wing: 2D vs 3D
J. LaplanteUniversity of Ottawa
11:50-12:10
Optimising Flux Reconstruction Schemes for LargeEddy Simulation
R. WatsonUniversity of Cambridge
A Projection Method Based Fast Transient Solver forIncompressible Turbulent Flows
C. SideroffApplied CCM Canada
Numerical Implementation of a Plasma Actuator ina RANS Flow Solver with Experimental Comparison
M.N. ParenteauEcole Polytechnique de Montreal
12:10-12:30
High-order Solutions of the NegativeSpalart-Allmaras Turbulence Model by a CorrectionProcedure via Flux Reconstruction Scheme
F. NavahMcGill University
43
Time RoomMonday, June 8: Afternoon
BA101 BA102 BA206 BA207
ST-MB #2 SS-TMN #2 SS-GAMCCM #2
Mathematical BiologyEvolution
Chair: H. EberlUniversity of Guelph
Topics in Mathematical Neuroscience
Chair: L. BilinskyDuke University
Geometric and Analytic Methods inClassical and Celestial Mechanics
Chair: M. SantopreteWilfrid Laurier University
15:30-15:50
Modelling RNA Replication in theRNA World
P. HiggsMcMaster University
PDEs with stochastically switchingboundary conditions and applicationto the control of neurotransmitterconcentration
S. LawleyUniversity of Utah
Nose-Hoover Thermostats
L. ButlerNorth Dakota State University
15:50-16:10
Multitype Branching Processes inContinuous Time Predict AdaptationRates in Bacteria
L. WahlWestern University
A computational model of theinfluence of depolarization block oninitiation of seizure-like activity
D. NykampUniversity of Minnesota
On the Problem of Similar Motionsof a Chain of Coupled Heavy RigidBodies
D. ChebanovCity University of New York
16:10-16:30
Information Theory and theEvolvability of Biological Populations
T. DayQueen’s University
Bursting in Networks of Integrate andFire Neurons
S.A. CampbellUniversity of Waterloo
A continuation theorem in classicalmechanics
C. StoicaWilfrid Laurier University
16:30-16:50
The Birth-Death-DiversificationModel of Mobile Genetic Elements inProkaryotes
M. RabbaniUniversity of Western Ontario
Neuromodulation and heterogeneity inneural networks
V. BoothUniversity of Michigan
An extended notion of Entropy
R. SmirnovDalhousie University
16:50-17:10
Refining a theory for the alternativelife history strategies of a freshwaterfish
G. WildUniversity of Western Ontario
Modeling Populations of Neurons
P. GreenwoodUniversity of British Columbia
Aspects and Applications ofQuasi-homogeneous Potentials
J. ArredondoKonrad Lorenz University
17:10-17:30
44
Time RoomMonday, June 8: Afternoon
BA202 BA208 BA209 BA210 BA211
ST-SCNA #2 ST-ACM #2 SS-GTA #2 ST-AADS #1 SS-MACHS #2
The 2nd Canadian Symposium
on Scientific Computing and
Numerical Analysis
Chair: Steve RuuthSimon Fraser University
Applied and ComputationalMechanics
Chair: M. StastnaUniversity of Waterloo
Game Theory: Applicationsand Evolutionary Games
Chair: M. CojocaruUniversity of Guelph
Applied Analysis andDynamical Systems
Chair: X. ZouUniversity of Western Ontario
Modeling, Analysis andControl in Hybrid Systems
Chair: P. StechlinskiMassachusetts Institute ofTechnology
15:30-15:50
B-spline Adaptive GaussianCollocation for ErrorControlled NumericalSolutions of ODEs and PDEs
P. MuirSaint Mary’s University
Dynamics of vortex Rossbywaves in tropical cyclones
L. CampbellCarleton University
Semi-plenaryLecture
Some partial results on thedynamics of a nonlinear waveequation
J. Esquivel-AvilaUniversidad AutonomaMetropolitana
Stability Properties ofSingular Systems Subject ToImpulsive Effects
H. KiyakUniversity of Waterloo
15:50-16:10
Optimal Backward Error andthe Dahlquist Test Problem
T. CorlessUniversity of Western Ontario
Double DiffusiveSedimentation in SedimentLaden Interflows
S. Davaparnah JaziUniversity of Toronto
Sustainability of Cooperationin Dynamic Games Playedover Event Trees
A modified discrete timenonlinear sliding modeobserver with application todiffusion equation
S. AfsharUniversity of Waterloo
On a Topological Obstructionin the Reach Control Problem
M. OrnikUniversity of Toronto
16:10-16:30
Adaptive Time-stepping in theNumerical Solution of theReaction-Diffusion MasterEquation
J. PadgettRyerson University
Modeling the behavior ofconfined colloidal particlesunder shear flow
C. DennistonUniversity of Western Ontario
G. ZaccourEcole des Hautes Etudescommerciales de Montreal
Abstract & Biography on p. 26
Strong convergence andstability of Kirk-multistep-typeiterations for contractive-typeoperators with Applications
H. AkeweUniversity of Lagos
New master-slavesynchronization criteria ofchaotic Lur’e systems withtime-varying-delay feedbackcontrol
K. ShiUniversity of Electronic Scienceand Technology of China
16:30-16:50
A high-order solution-adaptivesimulation framework forhyperbolic conservation lawson cubed-sphere grids
L. IvanUniversity of Waterloo
Eulerian modelling ofair-droplets flow: Perspectivesand numerical solutions
K. SanaUniversity of Ottawa
The Emergence of CooperativeBreeding Systems withResource Allocation
J. DunnUniversity of Western Ontario
Computability of Fixed Pointsin Analog Systems
D. PocasMcMaster University
Passivity analysis of thestochastic system with timedelay
Y. DuUniversity of Electronic Scienceand Technology of China
16:50-17:10
A fast-marching method fornon-monotonically evolvingfronts
A. TchengMcGill University
Self-similar reversinginterfaces (contact lines) forthe porous medium equationwith absorption
J. FosterMcMaster University
An Evolutionary GameApproach for DynamicResource Allocation Problems
A. PashaieUniversity of Toronto
A Holistic Framework forAnalysing General Failureand Safety Problems
F. SunUniversity of Waterloo
17:10-17:30
A numerical framework fortracking interfaces ingeneralized Mullins-Sekerkadynamics
B. WettonUniversity of British Columbia
Time-dependent casualencounters games and HIVspread
S. AtharUniversity of Guelph
Normalization of Eigenvectorsand Certain Properties ofParameter MatricesAssociated with the InverseProblem for VibratingSystems
M. El-GebeilyKing Fahd University of Petroleum& Minerals
17:30-17:50
The evolution of inequityaversion under localcompetition
P. BarclayUniversity of Guelph
45
Time RoomMonday, June 8: Afternoon
N1001 N1002 N1044
ST-CFDSC #2 ST-CFDSC #5 ST-CFDSC #7
The 23rd Conference of the CFD Society of CanadaCFD Methods II
Chair: C. MavriplisUniversity of Ottawa
The 23rd Conference of the CFD Society of CanadaTurbulence II
Chair: A. StraatmanWestern University
The 23rd Conference of the CFD Society of CanadaLow Speed Turbines
Chair: R. WatsonUniversity of Cambridge
15:30-15:50
A Modified Discontinuous Galerkin Method with anImproved CFL Number
L. KrivodonovaUniversity of Waterloo
2.5-D CFD Simulation of Swept High-Lift WingConfigurations
K. SermeusBombardier Aerospace
A numerical investigation of wind turbine far wakeand performance using the actuator disc model
G. SchneiderUniversity of Waterloo
15:50-16:10
A Characteristic-based CFL Number for theDiscontinuous Galerkin Method on TriangularMeshes
N. ChalmersUniversity of Waterloo
Simulation of Integrated Nozzle/Jet CompressibleSubsonic Turbulent Flow
A. (Abbas) GhasemiUniversity of Waterloo
A Morphing Blade Design for Vertical-Axis WindTurbines
D. MacPheeSan Diego State University
16:10-16:30
Equivalence between the Energy Stable FluxReconstruction and Filtered Discontinuous GalerkinSchemes
P. ZwanenburgMcGill University
Flow alteration around a wall-mounted bluff bodyusing a front splitter plate
T. SheelTrent University
CFD Investigation of a Horizontal Axis Open-CenterTidal Turbine
A-L. GunterConcordia University
16:30-16:50
p-Multigrid for High-Order Methods via FluxReconstruction
L. YangMcGill University
Numerical Study of the Installed ControlledDiffusion Airfoil at Transitional Reynolds Number
H. WuQueen’s University
A Dual-Rotor Horizontal Axis Wind TurbineIn-House Code (DR HAWT)
M. MillerCarleton University
16:50-17:10
Comparison of Two High-Order Solution-AdaptiveSchemes: Finite Volume and Discontinuous Galerkin
P. JhaUniversity of Ottawa
Flow regimes of mesoscale circulations forced byinhomogeneous surface heating
M.A. HossainMemorial University of Newfoundland
CFD Study of a Savonius Wind Turbine on aRooftop
F. SchilyConcordia University
17:10-17:30
Shock Capturing for High-Order CorrectionProcedure via Reconstruction Methods
N. RingueMcGill University
Application of CFD Modelling to the Restoration ofEutrophic Lakes
A. Najafi Nejad NasserConcordia University
Numerical Investigation on Periodic Simulation ofDucted Axial Fan
G. SchneiderUniversity of Waterloo
46
Tuesday, June 9
47
Time RoomTuesday, June 9: Morning
BA101 BA102 BA305 BA306
ST-MB #3 SS-MFMCR #1 CS-BSM #1 SS-GAMCCM #3
Mathematical BiologyBiofilms and Industrial
Chair: T. DayQueen’s University
Mathematical Finance - Modeling,Computation and Risk Management
Chair: J. CampolietiWilfrid Laurier University& University of Waterloo
Mathematics and Computation inBiological Sciences and Medicine
Chair: S. BaduWilfrid Laurier University
Geometric and Analytic Methods inClassical and Celestial Mechanics
Chair: R. McLenaghanUniversity of Waterloo
10:00-10:20
A Fully Spatially StructuredMetapopulation Model forPredator-Prey Dynamics
M. GarvieUniversity of Guelph
Exponentially affine pricing kernels:from GARCH to diffusions
A. BadescuUniversity of Calgary
Mathematical Model of HIV andHCV coinfection
B. AggarwalUniversity of Calgary
Index theory in Celestial Mechanics:recent results and new perspectives
A. PortaluriUniversita di Torino
10:20-10:40
Non-standard numerical schemes forapproximating predator-preydynamics
B. CorbettUniversity of Guelph
Dimension and Variance Reductionfor Monte Carlo Methods forHigh-Dimensional Models in Finance
K. JacksonUniversity of Toronto
In-host HIV model describesdifferences in disease progressionamong patients infected with HIV-1subtypes A, C and D
D. DickUniversity of Western Ontario
Morse index and linear stability ofsome equivariant solutions forN-body-type problems via index theory
V. BarutelloUniversity of Turin
10:40-11:00
Dispersal Under Recolonization ofRegenerating Landscape
R. TysonUniversity of British Columbia (Okanagan)
Efficient Convergent Lattice Methodfor Asian Options Pricing withSuperlinear Complexity
W. XuUniversity of Waterloo
Population dynamics of lysogenic andlytic strategies during phage-bacteriainteractions
Q. AliUniversity of Western Ontario
A Separating Surface for Sitnikov-like(n + 1)-Body Problems
L. BakkerBrigham Young University
11:00-11:20
Wave Blocking Phenomena inPeriodic Landscapes
J. DowdallUniversity of Ottawa
Accurate Operator SplittingApproximation for Pricing CEVSpread Options
C-F. LoChinese University of Hong Kong
A numerical study of the effects ofinhomogeneous media in DiffusionWeighted Imaging
J. CerviUniversity of Ontario Institute ofTechnology
Stability and Bifurcation of theHip-Hop orbit
P.L. BuonoUniversity of Ontario Institute ofTechnology
11:20-11:40
On a reaction diffusion system for thesterile insect release method in abounded domain
X. ZouUniversity of Western Ontario
Algorithms for Finding CopulasMinimizing Convex Functions ofSums and Applications to Financeand Risk Management
C. BernardGrenoble Ecole de Management
11:40-12:00
Correlated Poisson Processes
A. KreininIBM, Risk Analytics
48
Time RoomTuesday, June 9: Morning
BA202 BA208 BA209 BA210 BA211
ST-SCNA #3 ST-ACM #3 SS-GTA #3 ST-AADS #2 SS-MMPND
The 2nd Canadian Symposium
on Scientific Computing and
Numerical Analysis
Chair: R. HaynesMemorial University ofNewfoundland
Applied and ComputationalMechanics
Chair: J. FosterMcMaster University
Game Theory: Applicationsand Evolutionary Games
Chair: R. CressmanWifrid Laurier University& University of Waterloo
Applied Analysis andDynamical Systems
Chair: D. PelinovskyMcMaster University
Matrix Manifold Problemssubject to Noisy Data
Chair: F. Burkowski &H. Wolkowicz
University of Waterloo
10:00-10:20
Numerical solution of theKuramoto-Sivashinskyinitial-boundary value problem
L. van VeenUniversity of Ontario Institute ofTechnology
Topology optimization and itsapplications in aerospacedesign and planetary vehicledesign
I.Y. KimQueen’s University
Deck Based Versions ofMathematical Games
D. AshlockUniversity of Guelph
Bifurcations in a system oftwo coupled delayed feedbackloops
J. BelairUniversite de Montreal
Higher-order singular valuedecomposition fromincomplete data
Y. XuUniversity of Waterloo
10:20-10:40
Pade Time Stepping Methodof Rational Form for PDEs
S. AlgamiKing Fahd University of Petroleum& Minerals
Application of a GeneticAlgorithm to Optimize WorkHardening Parameters Usedin Plasticity Modelling of aZirconium Alloy
T. SkipponQueen’s University
Coalitional operating roomplanning and scheduling
D. AlemanUniversity of Toronto
Degenerate Hopf Bifurcationsin DDEs and EndemicBubbles
V. LeBlancUniversity of Ottawa
Scalable Manifold Learning byIsometric Patch Alignment
A. GhodsiUniversity of Waterloo
10:40-11:00
An embedding method for thenumerical approximation ofpartial differential equationson moving surfaces
S. RuuthSimon Fraser University
A New Numerical Approachfor Linear and Non-LinearAdvection
J-C. NaveMcGill University
Spatial Spread of an Epidemicthrough Public TransportationSystems with a Hub
F. XuWilfrid Laurier University
The Slow Dynamics ofLocalized Spot Patterns forReaction-Diffusion Systemson the Sphere
M. WardUniversity of British Columbia
On rigidity theory of barframeworks
A. AlfakihUniversity of Windsor
11:00-11:20
A multirate acceleratedSchwarz WaveformRelaxation Method
K. MohammadMemorial University ofNewfoundland
Formation and SwitchingDynamics of Nematic LiquidCrystalline Domains
N.M. AbukhdeirUniversity of Waterloo
Using Heritage To DetermineStrategy In Multi-AgentSystems
A. HlynkaUniversity of Windsor
Patterned vegetation, tippingpoints, and the rate of climatechange
T. KolokolnikovDalhousie University
Protein Structure NetworkModels on the EuclideanDistance Matrix Cone
X-B. LiUniversity of Waterloo
11:20-11:40
Relaxation method for thenonlinear p-curl problem inapplied superconductivity : arelaxed Yee scheme
M. LaforestEcole Polytechnique de Montreal
Multiscale computationalmechanics for non-linearbehavior of lattice materials
D. PasiniMcGill University
The Emergence of EquilibriumHelp Strategies in a Model ofCompetitive Helping
E. WildUniversity of Guelph
Non-radial multi-vortexsolutions to the magneticChern-Simon-Higgs equations
F. TingHong Kong Polytechnic University
Modeling protein loops usingFrenet frames, inversekinematics
F. BurkowskiUniversity of Waterloo
11:40-12:00
The multiplier method ofconstructing conservativefinite difference schemes fordifferential equations
A. WanMcGill University
The Interaction BetweenSwimming Plankton andInternal Waves
J. ShawUniversity of Waterloo
The evolution of body size inecological food web networks
R. RaelTulane University
Studies of Annular SmecticElectroconvection
M. PughUniversity of Toronto
Noisy Sensor NetworkLocalization: Robust FacialReduction and the ParetoFrontier
H. WolkowiczUniversity of Waterloo
49
Time RoomTuesday, June 9: Morning
N1001 N1002 N1044
ST-CFDSC #3 ST-CFDSC #8 ST-CFDSC #12
The 23rd Conference of the CFD Society of CanadaCFD Methods III
Chair: S. NadarajahMcGill University
The 23rd Conference of the CFD Society of CanadaMulti-Phase Flows
Chair: J. BrinkerhoffUniversity of British Columbia
The 23rd Conference of the CFD Society of CanadaHigh-Speed, Non-Equilibrium Flow and MHD
Chair: L. KrivodonovaUniversity of Waterloo
10:00-10:20
A Finite Difference Cut-Stencil Formulation for theSolution of Lid-Driven Cavity Flow
M. EsmaeilzadehUniversity of Windsor
CFD Modelling of Mixing and Segregation ofParticles in Fluidized Bed: Eulerian-LagrangianApproach
M. BayatiUniversity of Alberta
Development and Implementation of aPreconditioner for a Five-Moment One-DimensionalMoment Closure
J. McDonaldUniversity of Ottawa
10:20-10:40
Application of High-Order Summation-by-PartsOperators to the Reynolds-Averaged Navier-StokesEquations
X. ShenUniversity of Toronto, Institute for Aerospace Studies
Modelling particle dispersion in a turbulent channelflow by using CFD
M. Ahmadi GolestanEcole de Technologie Superieure
Parallel JFNK Solver for Hypersonic Viscous Flows
S. GaoMcGill University
10:40-11:00
A Hybrid Central Solver for Compressible EulerEquations
H. NaliganahalliIndian Institute of Science
Prediction of bioaerosols dispersion and spatialdistribution in a hospital isolation room
G. KhosraviEcole de Technologie Superieure
The lattice Boltzmann method for compressible flowsat high Mach number
Y. DengUniversity of Waterloo
11:00-11:20
A comparison between two and three-dimensionalsimulations of finite amplitude sound waves in atrumpet
J. ReschUniversity of Waterloo
Stochastic Methods For Reproducing The ContinuityEffect In Turbulent Particle-Laden Flows
S. MurrayMcMaster University
Application of a Maximum-Entropy-Based14-Moment Closure for Multi-DimensionalNon-Equilibrium Flows
B. TensudaUniversity of Toronto
11:20-11:40
Anisotropic Non-Uniform Block-based AdaptiveMesh Refinement for Three-Dimensional Inviscidand Viscous Flows
L. FreretUniversity of Toronto, Institute of Aerospace Studies
Thermocapillary migration of a deformable droplet
B. SaramehUniversity of Toronto
A Fourth-Order CENO Finite-Volume Scheme forResistive MHD Equations on Three-DimensionalMultiblock Hexahedral Grids
L. IvanUniversity of Waterloo
11:40-12:00
CFD Analysis of the Hydrodynamics of anAir-Water Multiphase System in a Rotating ToroidWheel
N.R. SarkerUniversity of Alberta
50
Time RoomTuesday, June 9: Afternoon
BA101 BA102 BA305 BA306
ST-MB #4 SS-MFMCR #2 CS-BSM #2 SS-CP
Mathematical Biology
Chair: L. WahlUniversity of Western Ontario
Mathematical Finance - Modeling,Computation and Risk Management
Chair: A. MetzlerWilfrid Laurier University& University of Waterloo
Mathematics and Computation inBiological Sciences and Medicine
Chair: E. AgyingiRochester Institute of Technology
Computational Physics
Chair: M. WartakWilfrid Laurier University
15:00-15:20
Spatially Structured Neural Systems
P. GreenwoodUniversity of British Columbia
On Optional Processes and FinancialMarket Modelling
A. MelnikovUniversity of Alberta
A quantitative model of cutaneousmelanoma diagnosis usingthermography
E. AgyingiRochester Institute of Technology
Numerical simulation of StimulatedBrillouin Scattering instability in LPI
H. XiaoyanInstitute of Applied Physics andComputational Mathematics
15:20-15:40
Modelling and Analysis of theRelapse-Remission Behavior inAutoimmune Diseases
W. ZhangYork University
Comparative Analysis of WarrantsPricing Models
A.X. ZhouUniversity of Western Ontario
Effects of a MixedImmuno-chemotherapy of Tumor byImpulsive Control
Q. WangShepherd University
Two dimensional nodal Riemannsolver based on one dimensionalRiemann solver for a cell-centeredLagrangian scheme
Y. LiuInstitute of Applied Physics andComputational Mathematics
15:40-16:00
Modeling dynamic changes inimmune tolerance during type 1diabetes progression
M. Jaberi-DourakiMcGill University
Financial Modeling with multivariatemixed Fractional Brownian motion
A. AlvarezRyerson University
Regulation and Interaction ofCytokines During a Cytokine Storm
M. WilcoxUniversity of Guelph
New accurate reduced mathematicalmodel for particle beam simulation
F. AssousAriel University
16:00-16:20
A Model of Microtubule Organizationin the Presence of Motor Proteins
G. de VriesUniversity of Alberta
Cumulative prospect theory withskewed return distribution
T. PirvuMcMaster University
Assessing the Robustness of LimitedSampling Strategies
L. KheibarshekanUniversite de Montreal
A Single-Stage High-ResolultionConstrained Transport Method forMagnetohydrodynamic Equations
X. FengMichigan State University
16:20-16:40
Risk Measurement of VariableAnnuity Under Stochastic andCorrelated Risk Factors
H. GaoBank of Montreal
Provirus as a Reservoir of Viral DNA
A. NadeemUniversity of Western Ontario
Performance study of an optimumSLW model in solution of non-grayradiative heat transfer problems
B. AbrarSharif University of Technology
16:40-17:00
A Framework for Efficient Valuationof Large Portfolios of Unit-LinkedInsurance Products
S.A. HejaziUniversity of Toronto
51
Time RoomTuesday, June 9: Afternoon
BA202 BA208 BA209 BA210 BA211
ST-SCNA #4 ST-ACM #4 ST-IM #1 CS-DSDE #1 ST-AADS #3
The 2nd Canadian Symposium
on Scientific Computing and
Numerical Analysis
Chair: X-W. ChangMcGill University
Applied and ComputationalMechanics
Chair: L. CampbellCarleton University
Industrial MathematicsMathematical Modelling in the
Agriculture and Food Science
Sector
Chair: J. StockieSimon Fraser University
Applications of DynamicalSystems and DifferentialEquations
Chair: K. MorrisUniversity of Waterloo
Applied Analysis andDynamical Systems
Chair: D. IronDalhousie University
15:00-15:20
Utilizing Support VectorMachines to Improve GraphTransduction
E. CheungUniversity of Waterloo
A dynamic perspective ofviscoelastic turbulence: newinsights into a decades-oldquestion
L. XiMcMaster University
Mathematical modeling ofcellulose degradation byClostridium thermocellum
H. EberlUniversity of Guelph
Stabilization of theKuramoto-Sivashinskyequation
K. MorrisUniversity of Waterloo
Biological invasions, randomwalks and interfaces
F. LutscherUniversity of Ottawa
15:20-15:40
Data mining and probabilisticmodels for error estimateanalysis of finite elementmethod
J. ChaskalovicUniversity Pierre and Marie Curie(Paris 6)
Numerical evaluation of thenear-wall convection velocityand Kolmogorov constants foruse in the inertial dissipationmethod
A. JabbariQueens University
Post-harvest diseases ofapples: From spore dispersalto epidemiology
R. TysonUniversity of British Columbia(Okanagan)
On Stabilization of anUnbalanced Lagrange Gyrostat
D. ChebanovCity University of New York
Conservative Plankton Modelswith Time Delay
S.A. CampbellUniversity of Waterloo
15:40-16:00
An integral equation methodfor flow in porous media
B. QuaifeUniversity of Texas
A Feasibility Study on YazdSolar Trough ParabolicPowerplant to Improve theEfficiency by Tilting its SolarCoil
M. DarbandiSharif University of Technology
Flow currents and ventilationin Langstroth beehives due tobrood thermoregulation effortsof honeybees
R. SudarsanUniversity of Guelph
Existence and stability of asynchronous oscillation in aneural system with delayedcoupling
I. NcubeAlabama A & M University
Modeling informed optimaland adaptive public healthinformation for emerginginfection risk control
J. WuYork University
16:00-16:20
Auto Insurance FraudDetection Using UnsupervisedSpectral Ranking for Anomaly
K. NianUniversity of Waterloo
On Numerical Approach tothe Solution of GardnerEquation
O. Morufu OyedunsiOsun State University
Estimating parametersensitivity in a spatiallycontinuous model offermentation and transportprocesses in the human colon
A. MoorthyUniversity of Guelph
Dynamic BoundaryStabilization of SchrodingerEquation through aKelvin-Voigt Damped WaveEquation
L. LuBeijing Institute of Technology
Relaxation Oscillations in anSIR Epidemic Model
M. LiUniversity of Alberta
16:20-16:40
Infinite-dimensional l1minimization techniques formultivariate functioninterpolation
B. AdcockSimon Fraser University
A multiscale model for maplesap exudation
J. StockieSimon Fraser University
Global Stability of CoupledLorenz Systems Controlledwith Two AdaptiveControllers
Y. WuGeorgia Southern University
Ecological models withmultiple stable states
J. WatmoughUniversity of New Brunswick
16:40-17:00
Oscillations in PhytoplanktonGrowth due to Limitation byLight and Nitrogen
G. WolkowiczMcMaster University
52
Time RoomTuesday, June 9: Afternoon
N1001 N1002 N1044
ST-CFDSC #11 ST-CFDSC #13 ST-CFDSC #9
The 23rd Conference of the CFD Society of CanadaHeat Exchangers and Cooling
Chair: C. LangeUniversity of Alberta
The 23rd Conference of the CFD Society of CanadaApplications
Chair: C. MavriplisUniversity of Ottawa
The 23rd Conference of the CFD Society of CanadaStratified and Buoyancy-Driven Flows
Chair: P. NikrityukUniversity of Alberta
15:00-15:20
The Numerical Performance Comparison betweenNominal and As-Manufactured Heat TransferEnhancement Surfaces
A. BuckrellUniversity of Waterloo
Turbulent Schmidt Number Sensitivity ofAdjoint-based Pollutant Quantification
C. BreretonCarleton University
High density difference buoyant displacement flowsin an inclined 2D channel
K. AlbaUniversity of Houston
15:20-15:40
Numerical Analysis of Turbulent Convective HeatTransfer in Hydro-generators
D-D. DangEcole de Technologie Superieure
Ice Accretion Effects on Fully-articulated Rotors inForward Flight
D. KellyMcGill University
Trailing front behavior in heavy-light displacementflows in an inclined 2D channel
K. AlbaUniversity of Houston
15:40-16:00
CFD Modeling and Validation of a MultipassCompact Heat Exchanger
M. IsmailUniversity of Windsor
Modelling of Outflow Control Device in SteamAssisted Gravity Drainage Process
L. LeiUniversity of Alberta
Three-dimensional numerical analysis for stratifiediso-viscous miscible displacement pipe flows
S. YoonUniversity of British Columbia
16:00-16:20
Laminar Free Convection from a Pair of HorizontalCylinders: A Three-Temperature Problem
S.S. Mohaddes ForoushaniUniversity of Waterloo
Prediction of Mixing Layer Critical ReynoldsNumber in Different Free-Stream Temperatures
S. RahbarimaneshUniversity of Ottawa
Stratified Instabilities on the sub-centimeter scale
M. StastnaUniversity of Waterloo
16:20-16:40
Laminar and Turbulent Natural Convective HeatTransfer from a Horizontal Isothermal CircularElement with an Unheated Inner Circular Session
P. OosthiuzenQueen’s University
CAE-specific Criteria for Technology ReadinessLevels (TRL) in the Industrial R&D Environment
K. SermeusBombardier Aerospace
Discontinuous Galerkin methods for incompressiblecontinuously-stratified flow
D. SteinmoellerUniversity of Waterloo
16:40-17:00
Numerical Modeling of Indirect Evaporative Coolingusing a Conjugate Domain Approach
F. KhanWestern University
Displacement flows in a plane channel with anoscillatory wall
S.M. TaghaviLaval University
53
Wednesday, June 10
54
Time RoomWednesday, June 10: Morning
BA101 BA102 BA305 BA306
ST-MB #5 SS-MFMCR #3 CS-BSM #3 SS-CMPMC
Mathematical BiologyEpidemiology 1
Chair: P. van den DriesscheUniversity of Victoria
Mathematical Finance - Modeling,Computation and Risk Management
Chair: J. CampolietiWilfrid Laurier University& University of Waterloo
Mathematics and Computation inBiological Sciences and Medicine
Chair: A. WillmsUniversity of Guelph
Computational Methods in Physicaland Macromolecular Chemistry
Chair: S. ConstaUniversity of Western Ontario
10:00-10:20
Backward Bifurcation in anMathematical Model for HIVInfection in vivo with Anti-RetroviralTreatment
M. LiUniversity of Alberta
Semi-plenary Lecture
Populations Dynamics and Infectionsin Honey Bees
M. BettiUniversity of Western Ontario
Charge-induced instabilities ofdroplets containing macromolecularcomplexes
F. SheriffUniversity of Western Ontario
10:20-10:40
The importance of cell-to-celltransmission during the acute stageof HIV infection
C. WellsYale University
Modelling the Collapse of FinancialSystems
Escherichia coli ContaminationSpread in Ground Beef Production
A. WillmsUniversity of Guelph
Interactions between carbonnanoparticles and fragmentation of adroplet of organic solvent
M. PaliyUniversity of Western Ontario
10:40-11:00
Disease extinction and re-emergencein differential-equation models
S. GreenhalghYale University
T. HurdMcMaster University
Abstract & Biography on p. 24
Mathematical Study of the PestControl for Jatropha Curcas Plant
P.K. RoyJadavpur University
Effect of Counterions on the ChargingMechanisms of a Poly(ethyleneglycol) in Aqueous Nanodrops
M. SharawyUniversity of Western Ontario
11:00-11:20
A Social Contact Model WithApplications to Choice Disability,HIV Transmission, and SexualAssault
R. deBoerUniversity of Ottawa
Disorderly hedge fund liquidationunder asymmetric information andmarket impact
C. HyndmanConcordia University
A Computational Model of DynamicCell Fates Via Signal Regulation inRetina Angiogenesis
C. CalmeletCalifornia State University
Conformational selection orinduced-fit docking: results ofcomputational studies
A. MalevanetsCyclica Inc.
11:20-11:40
Strategies for Early VaccinationDuring Novel Influenza Outbreaks
Y. XiaoUniversity of Alberta
Modelling Default Risk withOccupation Times
R. MakarovWilfrid Laurier University
Coupled and Multi-scale LatticeBoltzmann Modeling of Bidomaintype models in CardiacElectrophysiology
S. CorreInstitut Nationale des Sciences Appliquees(INSA) de Rennes & Institut de RechercheMathematiques de Rennes (IRMAR)
Effect of Solvent on Solvation andSodiation Mechanisms ofPoly(ethylene glycol) in Droplets
M.I. OhUniversity of Western Ontario
11:40-12:00
Identifying the Conditions UnderWhich Antibodies Protect AgainstInfection by Equine InfectiousAnemia Virus
R. Smith?University of Ottawa
Bond and CDS Pricing with RecoveryRisk: The Stochastic RecoveryBlack-Cox Model
A. CohenMichigan State University
Mobile Genetic Elements inProkaryotes: Analysis of theBirth-Death-Diversication Model
N. DrakosUniversity of Western Ontario
Simulation of effect of solvent incharging mechanism of amacromolecule in droplet by classicalmolecular dynamics
S. SoltaniUniversity of Western Ontario
55
Time RoomWednesday, June 10: Morning
BA202 BA208 BA209 BA210 BA211
ST-SCNA #5 CS-MECHE #1 ST-IM #2 CS-DSDE #2 SS-RALSMCL #1
The 2nd Canadian Symposium
on Scientific Computing and
Numerical Analysis
Chair: J. WanUniversity of Waterloo
Computational Mechanics andEngineering
Chair: S. PrabhakarWilfrid Laurier University
Industrial MathematicsInverse Problems in Industrial
Applications
Chair: C.S. BohunUniversity of Ontario Institute ofTechnology
Applications of DynamicalSystems and DifferentialEquations
Chair: V. LeblancUniversity of Ottawa
Recent Advances in Lie Symmetry
Methods and Conservation Laws
for Differential Equations and
Applications
Chair: M. AbudiabTexas A&M University
10:00-10:20
A New Penalization Methodfor the Shallow WaterEquations with Applicationsto Global Ocean Flow
N. KevlahanMcMaster University
High-Order Semi-ImplicitTime-Stepping Methods forNavier-Stokes Equations
K. LoyUniversity of Ottawa
Full waveform inversion inseismic imaging
M. LamoureuxUniversity of Calgary
The quantum finite squarewell problem and the LambertW function
S.R. ValluriKing’s University CollegeUniversity of Western Ontario
Semi-plenaryLecture
10:20-10:40
Monolithic Multigrid Methodsfor Two-DimensionalResistiveMagnetohydrodynamics
S. MacLachlanMemorial University ofNewfoundland
The High-orderPath-conservative Scheme fora Model of CompressibleNon-conservative Two-phaseFlow
Y. JiaInstitute of Applied Physics andComputational Mathematics
Recent results on scattering inlayered media
P. GibsonYork University
Investigating an ExemplarDynamic Model for SoundClassification
B. GoodmanSimon Fraser University
Conservation laws of fluidflow on Riemannianmanifolds
10:40-11:00
A Novel Approach for aCoupled Fire-AtmosphereModel with Application to thePropagation of Wildfires
L-X. ProulxUniversite de Montreal
Investigation of the ReynoldsNumber Effect onFluid-elastic Instability ofMoving Cylinder Arrays
A. (Ali) GhasemiMcMaster University
Coulomb explosions as amolecular imaging technique
C.S. BohunUniversity of Ontario Institute ofTechnology
Bifurcations in the solutionstructure of marketequilibrium problems
F. EtbaighaUniversity of Guelph
S. AncoBrock University
Abstract & Biography on p. 22
11:00-11:20
Stability and dynamics ofliquid threads and annularlayers in a corrugated tube
Q. WangYork University
Free Vibration Analysis ofAxially Functionally GradedBeams using the DifferentialQuadrature Method
H. SakuraiNational Institute of Technology,Sendai College
Estimating fugitive emissionsof metallic particulates usinga Gaussian plume model
B. HosseiniSimon Fraser University
Numerical Solutions forAccelerated and DeceleratedMHD Falkner-Skan Flows
A. MalekTarbiat Modares University
Some conservation laws for aFisher equation with variablecoefficients
M.L. GandariasUniversity of Cadiz
11:20-11:40
Three-dimensional effects inmiscible pipe displacementflows in the viscous regime
I. FrigaardUniversity of British Columbia
An effective high-ordershock-capturing limiter fordiscontinuous Galerkinmethods
D. SealMichigan State University
Power Geometry For FindingPeriodic Solutions in Systemof ODE
A. SoleevSamarkand State University
Benjamin-Bona-MahonyEquation with VariableCoefficients: ConservationLaws and Exact Solutions
C.M. KhaliqueNorth-West University
11:40-12:00
An Immersed BoundaryMethod for Mass TransferCross Permeable Interfaces
H. HuangYork University
Designing vehicle parametersusing Split and discarddecision making strategy
D. SyedaIndian Institute of TechnologyKanpur
Solutions and conservationlaws for a Kaup-Boussinesqsystem
M. AbudiabTexas A&M University
56
Time RoomWednesday, June 10: Morning
N1001 N1002 N1044
ST-CFDSC #10 ST-CFDSC #14
The 23rd Conference of the CFD Society of CanadaComplex Flows
Chair: M. KarimiFord Motor Company
The 23rd Conference of the CFD Society of CanadaImpinging Jets
Chair: R. BarronUniversity of Windsor
10:00-10:20
Non-Newtonian Simulations for the Design of aMicro-Couette Blood Flow Device
C. MavriplisUniversity of Ottawa
On the similarities and differences between plane andradial wall-jets
R. BanyassadyQueen’s University
10:20-10:40
Numerical Simulations of Developing Laminar Flowsof Non-Newtonian Liquids in Straight Pipes
I. LokhmanetsMcGill University
Piston Cooling Technology Using Jet Impingement
G. NasifUniversity of Windsor
10:40-11:00
Buoyant displacement flows of viscoplastic fluids inhorizontal channels
S.M. TaghaviLaval University
Transient Substrate Pressure Variation in the ShockInduced Spray Process
G. RankinUniversity of Windsor
11:00-11:20
On the Simulation of Porous Media Flow Using aNew Meshless Lattice Boltzmann Method
M. AshrafizaadehIsfahan University of Technology
Reynolds-averaged and wall-modelled large-eddysimulations of impinging jets with embeddedazimuthal vortices
W. WuQueen’s University
11:20-11:40
Numerical Investigation of an Ethane-air DiffusionFlame Using Various Reaction Mechanisms
F. MorencyEcole de Technologie Superieure
Effect of Micro-Jet Impingement on Nano-AerosolSoot Formation in a Turbulent Paraffin-Oil Flame
G. SchneiderUniversity of Waterloo
11:40-12:00
CFD Modelling of the Dehydrogenation of Alkanes toAlkenes in A Fixed Bed Reactor
T.J. JamaleddineSABIC Technology and Innovation Center
CFD Investigation and Experimental Validation onthe Effects of Viscosity for High Speed Liquid JetsEmitted from Needle Free Jet Injectors
R. PortaroConcordia University
57
Time RoomWednesday, June 10: Afternoon
BA101 BA102 BA305 BA306
ST-MB #6 SS-EBMSAHS CS-CACO CS-CPC
Mathematical BiologyEpidemiology 2
Chair: C. McCluskeyWilfrid Laurier University
Equation-Based Modeling: StructuralAnalysis and Hybrid Systems
Chair: N. NedialkovMcMaster University
Computational Algebra,Combinatorics and Optimization
Chair: Y. GningueLaurentian University
Computational Physics andChemistry
Chair: M. WartakWilfrid Laurier University
15:00-15:20
A Metapopulation Cholera Model
P. van den DriesscheUniversity of Victoria
A graphical view of reducing a DAEto an ODE by dummy derivatives
J. PryceCardiff University
Improving the NNA for the TravellingSalesman Problem using a ModifiedVogel Method
Y. GningueLaurentian University
A force balance model for rise, impactand bounce of bubbles in cleansystems
R. ManicaInstitute of High Performance Computing
15:20-15:40
The potential impact of vaccinationon the dynamics of dengue infections
D. KniplYork University
The Numerical Solution of ReducedDifferential Algebraic Equation
J. ErnsthausenMcMaster University
Continuous Approaches to QuadraticBoolean Problems Solving
O. PichuginaBrock University
The fourth-order density gradientexpansion of a fluid free energy
G. PiatkovskaUniversity of Western Ontario
15:40-16:00
Compartmental Modeling for theTransmission of Dengue inGuanzhou, China
W. ZhangYork University
Symbolic-Numeric Techniques forImproving Structural Analysis ofDAEs
G. TanMcMaster University
Exact Solution of a Boundary ValueProblem using Computer AlgebraSystem
PratibhaIndian Institute of Technology Roorkee
Dynamics of disc-shaped colloids innematic liquid crystal
A. AntipovaUniversity of Western Ontario
16:00-16:20
Modelling Contact Tracing in Controlof Epidemic Diseases
X. HuoRyerson University & York University
Solving DAEs Using The SignatureMatrix Method To Exploit UnderlyingStructures
R. McKenzieCardiff University
Quasi-Cyclic Codes over Finite Rings
K. GuendaUniversity of Algiers
Molecular-Dynamics SimulationsUsing Spatial Decomposition andTask-Based Parallelism
C. MangiardiLaurentian University
16:20-16:40
Nilpotent Singularities and Dynamicsin an SIR Type of CompartmentalModel with Hospital Resources
C. ShanUniversity of Alberta
Regularization and NumericalIntegration of DAEs Based on theSignature Method
A. SteinbrecherTechnische Universitat Berlin
Accurate Determination ofConcentration Dependent MaterialProperties in Electrochemical SystemsUsing In-Situ NMR and InverseModelling
A. Krishnaswamy SethurajanMcMaster University
16:40-17:00
On the co-infection of malaria andschistosomiasis
K. OkosunVaal University of Technology
Solutions of Time-FractionalDiffusion Equations with Reflectingand Absorbing Boundary Conditionsusing Matlab
I. AliKing Fahd University of Petroleum &Minerals
58
Time RoomWednesday, June 10: Afternoon
BA202 BA208 BA209 BA210 BA211
ST-SCNA #6 CS-MECHE #2 ST-IM #3 CS-DSDE #3 SS-RALSMCL #2
The 2nd Canadian Symposium
on Scientific Computing and
Numerical Analysis
Chair: S. MacLachlanMemorial University ofNewfoundland
Computational Mechanics andEngineering
Chair: K. WongUniversity of Tennesee
Industrial MathematicsModelling of Transport
Processes in Industry
Chair: H. HuangYork University
Applications of DynamicalSystems and DifferentialEquations
Chair: S. BaduWilfrid Laurier University
Recent Advances in Lie Symmetry
Methods and Conservation Laws
for Differential Equations and
Applications
Chair: C.M. KhaliqueNorth-West University
15:00-15:20
Derivation and someasymptotic estimates of theconvergence rate of a Schwarzwaveform relaxation domaindecomposition method forsome quantum wave equations
E. LorinCarleton University & Centre deRecherches Mathematiques
The Distributive InteroperableExecutive Library (DIEL) forMulti-disciplinarySystem-wide Simulations
K. WongUniversity of Tennesee
A novel heat transfer switch
I. KarimfazliUniversity of British Columbia
Homoclinic Structure for aGeneralized Davey-StewartsonSystem
C. BabaogluIstanbul Technical University
Local Conservation Laws of aGeneralizedVariable-Coefficient GardnerEquation with GeneralizedEvolution
M.S. BruzonUniversity of Cadiz
15:20-15:40
Some optimal and optimizedSchwarz iterations forNonlinear BVPs
R. HaynesMemorial University ofNewfoundland
Server Side Algorithms forWHLK Framework
N. GuptaUniversity of Jammu
The effects of cycling on the‘connectedness’ of the binderin lithium-ion cathodes
J. FosterMcMaster University
Symmetry-BreakingBifurcations in Laser Systemswith All-to-All Coupling
J. ColleraUniversity of the PhilippinesBaguio
Solutions and conservationlaws of a coupled Korteweg-deVries modified Korteweg-deVries system
A.R. AdemNorth-West University
15:40-16:00
Sparse Jacobian MatrixDetermination usingTwo-sided Compressions
S. HossainUniversity of Lethbridge
Mode coalescence of instabilityin two-fluid flows
A. KaffelUniversity of Maryland
The barbeque pool heater: Analgorithm to construct tubularnetworks that occupy arbitraryregions in R3
B. KettlewellUniversity of Waterloo
Modeling the effect of climaticfactors on malariatransmission
G. AbiodunUniversity of the Western Cape
On the nonlinearself-adjointness of similarequations
R. TracinaUniversity of Catania
16:00-16:20
Nonrecourse stock loans
P. AzimzadehUniversity of Waterloo
Some novel circle-packingalgorithms devised for theconstruction of tubularnetworks in R3
W. JiangUniversity of Waterloo
Exact solutions of semilinearradial Schroedinger equationsby separation of groupfoliation variables
T. WolfBrock University
16:20-16:40
Multigrid Method forOligopolistic CompetitionModelled by StochasticDifferential and Mean-FieldGames
J. WanUniversity of Waterloo
Conditioning of unevenboreholes in primarycementing
A. RoustaeiUniversity of British Columbia
16:40-17:00
Eye Tracking Studies ofCategory Learning: FittingComplex Models toIndividuals
P. TupperSimon Fraser University
59
Time RoomWednesday, June 10: Posters
BA Halls, Third Floor
CS-POST #1-2
Poster Session
A DFT study on the sorption of organoarsenicals ontoIron Oxide Hydroxides
A. AdemescuUniversity of Waterloo
Optical spectra of the helical gold nanorods and theemergence of the plasmon transition
H. HodginsWilfrid Laurier University
A Study on Pattern of Speech Modulation Spectrum ofToddlers with Autism Spectrum Disorder (ASD) andTypically Developing Children (TD)
V. MidyaIndian Statistical Institute
Interaction of double-stranded DNA inside single-walledcarbon nanotubes
M. AlshehriKing Saud University
Elimination of bacterial plasmids by engineeredunilateral incompatibility
B. IngallsUniversity of Waterloo
A Statistical Study on Using Perfusion ComputedTomography (PCT) on Brain Tumours
V. MidyaIndian Statistical Institute
Legendre-Galerkin Method for Solving Fredholm IntegralEquations of the First Kind
N. BilelUniversity Badji Mokhtar Annaba
Switching dynamics in the Aplysia bag cell neuron
K. KeplingerUniversity of Waterloo
Sensitivity Analysis For Stochastic Models OfBiochemical Reaction Networks
M. MorshedUniversity of Waterloo
On the Simulation of Porous Media Flow Using a NewMeshless Lattice Boltzmann Method
M. AshrafizaadehIsfahan University of Technology
Non-Local Delays and Depth Dependence in an NPZModel
M. KloostermanUniversity of Waterloo
Water Quality modeling of storm-water ponds foreutrophication management
N. NakhaeiQueen’s University
9:30-10:00&
14:30-15:00
A mathematical model of the influence of preventionamong the homeless people on decrease of the incidenceof tuberculosis in the northeastern Poland
M. BodziochUniversity of Warmia and Mazury in Olsztyn
Stable Variables and Application in Non Life Insurance
A. LaouarEcole Nationale Superieure des Sciences de la Mer et del’Amenagement du Littoral
Non-Smooth Bifurcations in the Mean-Field System fora Network of Type 1 Neurons with Adaptation
W. NicolaUniversity of Waterloo
Using Sign Patterns to Detect Periodicity in BiologicalSystems
G. CulosUniversity of Victoria
Approximate controllability of semi-linear neutralstochastic integro-differential inclusions with infinitedelay
M. LiDonghua University
Effects of Cross-diffusion in Biofilm Model ofCompetition for a Shared Resource
K. RahmanUniversity of Guelph
Survey on a Class of Intersection Graphs:Self-graphoidal graphs
P. DasNorth Eastern Regional Institute of Science and Technology
Approximate controllability of neutral stochasticintegro-differential systems with impulsive effects
M. LiDonghua University
Fixation Probability of Budding Viruses
J. ReidUniversity of Western Ontario
Computational Thinking Across Disciplines
H. DhaliwalWilfrid Laurier University
Macrohedging in a financial market of semimartingales
A. MelnikovUniversity of Alberta
Long-time Dynamics of the Critical SurfaceQuasigeostrophic Equation
A. TarfuleaPrinceton University
Asymptotic behavior of heavy-tailed renewal-rewardprocess and applications
C.Y. DoreaUniversity of Brasilia
A Study of N-Acetyl aspartic acid/Creatine Ratio in theWhite Matter of HIV Positive Patients and ItsApplication
V. MidyaIndian Statistical Institute
Numerical simulation of the seasonal thermocline inLake Onatario using FVCOM
M. WilsonQueen’s University
On the agreement between small-world-like OFC modeland real earthquakes
D. FerreiraFederal Institute of Rio de Janeiro
Minimal Total Variation Infilling to DetermineRadiological Aerosol Deposition from Dose
I. ZwiersCanadian Nuclear Laboratories
60
Thursday, June 11
61
Time RoomThursday, June 11: Morning
BA101 BA102 BA305 BA306
ST-MB #7 SS-MSMB #1 SS-MMNN #1 SS-GLS
Mathematical BiologyEcology, Non-spatial
Chair: R. TysonUniversity of British Columbia (Okanagan)
Modeling & Simulation in Medicineand Biology
Chair: C. DrapacaPennsylvania State University
Mathematical Models for Nanoscienceand Nanotechnology
Chair: Z. MiskovicUniversity of Waterloo
Geocomputational Landscapes andSpaces
Chair: S.A. Roberts & C. RobertsonWilfrid Laurier University& University of Waterloo
10:00-10:20
Target Reproduction Numbers inPopulation Biology
Z. ShuaiUniversity of Central Florida
Dynamics and bifurcations inlow-dimensional models ofintracranial pressure
D. EvansPennsylvania State University
Ionic screening of charged impuritiesin electrolytically gated grapheneusing Greens function approach
P. SharmaUniversity of Waterloo
Geocomputational Spaces of SocialMedia: User-level patterns andprocesses
C. RobertsonWilfrid Laurier University
10:20-10:40
Sensitivity of the GeneralRosenzweig–MacArthur Model to theMathematical form of the FunctionalResponse: a Bifurcation TheoryApproach
G. WolkowiczMcMaster University
Role of iron-dependent oxidativestress in breast cancer
S. AratVirginia Tech and University ofConnecticut Health Center
Boundary conditions for quantumhydrodynamic model of electron gas
N. KangUniversity of Waterloo
New metrics for new datasets: Acomparison of local spatial analysismethods for homogeneous patchextraction in user-generated content
H. LawrenceUniversity of Waterloo
10:40-11:00
A matrix population model for theabundance of Culex mosquitoes withtemperature in different seasons
L. ChenYork University
A hybrid mathematical model ofdirected endothelial cell motility inangiogenesis
N. TarfuleaPurdue University Calumet
Photoluminescent Decay Dynamics inNanocrystals
B. FernandesUniversity of Waterloo
Using geospatial media to aid inunderstanding of place sensing
S. ZhangUniversity of Waterloo
11:00-11:20
An interplay between division oflabour and disease in a honeybeecolony
V. RattiUniversity of Guelph
Modeling and forecasting of mosquitoabundance and risk of West Nilevirus in Great Toronto area
H. ZhuYork University
Random Telegraph Signal and 1/fNoise in Graphene Semiconductors
L. DanielsUniversity of Waterloo
Maritime Anomaly Detection Via aShape Based Local AssociationMeasure
S. RobertsWilfrid Laurier University
11:20-11:40
Seasonality and predation: whathappens when hunting behaviorchanges?
F. LutscherUniversity of Ottawa
The evolution of group dispersal withleaders and followers
C. KoyykaUniversity of Western Ontario
Topological characterization of phasespace manifolds corresponding tocollective charge fluctuations innanoparticle assemblies
B. TadicJozef Stefan Institute
Prediction Model of Ship MovementResulting from the Effects ofEnvironmental Covariates
B. FriedrichWilfrid Laurier University
11:40-12:00
Coupling Fishery Dynamics, HumanHealth and Social Learning in aModel of Fish-borne PollutionExposure
M. YodzisUniversity of Guelph
Absenteeism impact on local economyduring an epidemic via constrainedhybrid SI dynamics
M. CojocaruUniversity of Guelph
Modelling the Risk Landscape ofJapanese Encephalitis in KathmanduValley, Nepal
J. MetelkaWilfrid Laurier University
62
Time RoomThursday, June 11: Morning
BA202 BA208 BA209 BA210 BA211
ST-SCNA #7 SS-WPA #1 SS-CNT #1 SS-DDMDS #1 SS-RALSMCL #3
The 2nd Canadian Symposium
on Scientific Computing and
Numerical Analysis
Chair: Ben AdcockSimon Fraser University
Wave Propagation andApplications
Chair: N. TarfuleaPurdue University Calumet
Computational NumberTheory
Chair: C. WeatherbyWilfrid Laurier University
Data-Driven Methods forDynamical Systems
Chair: T. BerryPennsylvania State University
Recent Advances in Lie Symmetry
Methods and Conservation Laws
for Differential Equations and
Applications
Chair: M.L. GandariasUniversidad de Cadiz
10:00-10:20
Particle settling in yield stressfluids: limiting time, distanceand applications
I. FrigaardUniversity of British Columbia
Semi-plenaryLecture
Computing Galois groups withMagma
A-S. ElsenhansUniversitat Paderborn
Timescale separation andforecasting withdynamics-adapted kernels
D. GiannakisNew York University
On Infinite Symmetries andInfinite Conservation Lawsfor Euler Equations
V. RosenhausCalifornia State University
10:20-10:40
Smooth regularizations of theDirac delta distribution
B. HosseiniSimon Fraser University
On long time dynamics innonlinear wave equations
Unconditional Class GroupTabulation for ImaginaryQuadratic Fields to 240
A. MosunovUniversity of Waterloo
Spectral clustering with localscaling
T. SauerGeorge Mason University
Symmetries and exactsolutions for a nonlineargeneralization of theCamassa-Holm equation
E. RacioBrock University
10:40-11:00
The Double Exponential SincCollocation Method forSingular Sturm-LiouvilleProblems
H. SafouhiUniversity of Alberta
E-W. KirrUniversity of Illinois atUrbana-Champaign
Abstract & Biography on p. 25
Shorter CompactRepresentations in RealQuadratic Fields
M. JacobsonUniversity of Calgary
High order kernels for dataextension
N. RabinAfeka - Tel Aviv Academic Collegeof Engineering
Closed-form solutions for theLucas-Uzawa model withexternality via the PartialHamiltonian Approach
R. NazLahore School of Economics
11:00-11:20
Numerical methods forparameter identification ofcardiac electrophysiologymodels
Y. BourgaultUniversity of Ottawa
Vortex filament dynamics
W. CraigThe Fields Institute
Euclid’s Algorithm inMultiquadratic Fields
A. FeaverThe King’s University
Analog forecasting withdynamics-adapted kernels
Z. ZhaoCornell University
Nonclassical symmetryanalysis of heatedtwo-dimensional flowproblems
I. NaeemLahore University of ManagementSciences
11:20-11:40
Time-Stepping Methods inCardiac Electrophysiology
T. RoyUniversity of Ottawa
A generalized Camassa-Holmequation and its peakonsolutions.
S. AncoBrock University
Fast algorithms for finding a(short) generator of aprincipal ideal
J-F. BiasseUniversity of Waterloo
Objective coordinate changefor anisotropic covariancemodelling in high dimension
O. PannekouckeMeteo-France
11:40-12:00
Three tales of success fornumerical methods in heartsimulation
R. SpiteriUniversity of Saskatchewan
Local boundary conditions innonlocal wave equations.
F. CelikerWayne State University
12:00-12:20
Bifurcations and stability ofstanding waves in thenonlinear Schrodingerequation on the tadpole graph
D. PelinovskyMcMaster University
63
Time RoomThursday, June 11: Afternoon
BA101 BA102 BA305 BA306
ST-MB #8 SS-MSMB #2 SS-MMNN #2 CS-APMRE
Mathematical BiologyEcology, Spatial
Chair: G. WolkowiczMcMaster University
Modeling & Simulation in Medicineand Biology
Chair: S. ShontzUniversity of Kansas
Mathematical Models for Nanoscienceand Nanotechnology
Chair: H. MajediUniversity of Waterloo
Applied Problems and Methods inResearch & Education
Chair: H. ShodievWilfrid Laurier University
15:00-15:20
Modeling, analysis, and simulation ofa chemostat with wall attached andsuspended bacterial growth, with anapplication to nitrification in awastewater biofilm reactor
H. EberlUniversity of Guelph
Computational simulations of theonset and treatment of hydrocephalusin infants and mice based on a novelmesh warping algorithm
S. ShontzUniversity of Kansas
Coupling Electromagnetic wave toDirac Electrons in Graphene: AHydrodynamic Modelling
N. GhafarianUniversity of Waterloo
Computational and StatisticalChallenges with High Dimensionality:Efficient Algorithms for FeatureSelection based on Manifold Learning
A. BaggagQatar Computing Research Institute
15:20-15:40
New reaction kinetics for models ofdisinfection of microbial biofilms byantibiotics
K. RahmanUniversity of Guelph
Lagrangian shape optimization forsegmentation of multiphase images
G. DoganTheiss Research, NIST
Quantum Field Modelling ofNonlinear Optical Response inGraphene
B. SemnaniUniversity of Waterloo
Spatial dependence modeling andallocation of wind/solar resourcesusing C-Vine copulas andvalue-at-risk
A. NarayanUniversity of Waterloo
15:40-16:00
Mathematical Analysis of a QuorumSensing Induced Biofilm DispersalModel
B. EmereniniUniversity of Guelph
Mathematical challenges in medicalimage registration
M. EbrahimiUniversity of Ontario Institute ofTechnology
Feasibility of single electron spincontrol with gate potential in III-Vsemiconductor quantum dots withoutmagnetic field
S. PrabhakarWilfrid Laurier University
Optimal and Robust Designs ofStep-stress Accelerated Life TestingExperiments for Proportional HazardsModels
W-Y. HuangBrock University
16:00-16:20
To a Predictive Model of PathogenDie-off in Soil Following ManureApplication
A. SkeltonUniversity of Guelph
Discovery of principles of nature frommatrix and tensor modeling oflarge-scale molecular biological data
O. AlterUniversity of Utah
Pattern Analysis Using Shapelets forNanoscale Self-Assembly Imaging
N.M. AbukhdeirUniversity of Waterloo
Computational Thinking in TeachingAccounting
A. CzeglediConestoga College
16:20-16:40
Mathematical Approach to Reduce theEnzymatic Inhibition for MaximumProduction of Biodiesel through J.C.Oil
P.K. RoyJadavpur University
Effect of non-Newtonian rheology ontransition to turbulence
M.O. KhanUniversity of Toronto
Modeling of Coupled Surface andDiffusion Forces for the Transportand Retention of Nanoparticles inPorous Media
F. JavadpourUniversity of Texas at Austin
New Hyper Binomial ProbabilityDistribution
Y. GningueLaurentian University
16:40-17:00
Black-box simulations for vehicletransport
B. QuaifeUniversity of Texas
64
Time RoomThursday, June 11: Afternoon
BA202 BA208 BA209 BA210 BA211
SS-FCP SS-WPA #2 SS-CNT #2 SS-DDMDS #2 SS-DDEMM #1
Fractional Calculus andProbability
Chair: J. Lorinczi & E. ScalasLoughborough University &University of Sussex
Wave Propagation andApplications
Chair: C. TurcNew Jersey Institute of Technology
Computational NumberTheory
Chair: K. HareUniversity of Waterloo
Data-Driven Methods forDynamical Systems
Chair: D. GiannakisNew York University
Delay Differential Equationsas Mathematical Models ofReal World Phenomena
Chair: E. BravermanUniversity of Calgary
15:00-15:20
Exactly-solvablenon-Markovian dynamicnetwork
E. ScalasUniversity of Sussex
A High Order Method forElectromagnetic Scatteringfrom Metallic Gratings
M. HaslamYork University
Semi-plenaryLecture
Variable-free andequation-free computation
Y. KevrikidisPrinceton University
Zero-Hopf bifurcation in theVan der Pol oscillator withdelayed feedback
J. BramburgerUniversity of Ottawa
15:20-15:40
Integro-differential operatorsand non-decreasing processeswith independent increments
B. ToaldoUniversity of Rome
Efficient high-order integralequation methods for problemsof scattering by defects inlayered media
C. Perez-ArancibiaCalifornia Institute of Technology
Computing elliptic curves offixed conductor
Data-driven reduction formultiscale stochasticdynamical systems
R. TalmonTechnion - Israel Institute ofTechnology
Delay Stochastic Models inFinance
A. SwishchukUniversity of Calgary
15:40-16:00
Source solution for the fractalBurgers equation with thecritical exponent
T. JakubowskiWroclaw University of Technology
High order penalty methods: aFourier approach to solvingPDE’s on domains withcurved boundaries
D. ShirokoffNew Jersey Institute of Technology
M. BennettUniversity of British Columbia
Abstract & Biography on p. 23
Geometric Methods for theapproximation ofhigh-dimensional dynamicalsystems
M. MaggioriDuke University
Investigating the impact ofpharmacokinetic variability onphysiological models withdelays: A case study ofneutrophil development,zalypsis, and filgrastim
M. CraigUniversite de Montreal
16:00-16:20
Spectral representation of thesolution to the Cauchyproblem associated tofractional operators
Y. ZhaoCornell University
Discontinuous GalerkinSchemes for the RelativisticVlasov-Maxwell System
J. RossmanithIowa State University
Divisor Tripling On Genus 2Hyperelliptic Curves
S. LindnerUniversity of Calgary
Nonparametric uncertaintyquantification methods forgradient flows with isotropicdiffusions
J. HarlimPennsylvania State University
Periodic solutions of asingular delay differentialequation
A. IvanovPennsylvania State University
16:20-16:40
Ground state properties ofnon-local Schrdinger operatorsand jump processes
J. LorincziLoughborough University
Integral equation methods forLaplace eigenvalue problems
E. AkhmetgaliyevCalifornia Institute of Technology
Picard curves with goodreduction away from p = 3
B. MalmskogVillanova University
Data-driven forecastingwithout a model and with apartially known model
T. BerryPennsylvania State University
Post-Newtonian Gravitation
E. VerriestGeorgia Institute of Technology
16:40-17:00
A robust inversion method forquantitative 3D shapereconstruction from coaxialeddy-current measurements
M. RiahiNew Jersey Institute of Technology
Computing rational curves onquasihyperbolic surfaces
N. BruinSimon Fraser University
Existence and stability ofhybrid systems with timedelay
X. LiuUniversity of Waterloo
17:00-17:20
Transmission Dynamics ofMultiple Species of MalariaParasites with Time Delay
M. NgwaRochester Institute of Technology
65
Time RoomThursday, June 11: Posters
BA Halls, Third Floor
CS-POST #3-4
Poster Session
A DFT study on the sorption of organoarsenicals ontoIron Oxide Hydroxides
A. AdemescuUniversity of Waterloo
Optical spectra of the helical gold nanorods and theemergence of the plasmon transition
H. HodginsWilfrid Laurier University
A Study on Pattern of Speech Modulation Spectrum ofToddlers with Autism Spectrum Disorder (ASD) andTypically Developing Children (TD)
V. MidyaIndian Statistical Institute
Interaction of double-stranded DNA inside single-walledcarbon nanotubes
M. AlshehriKing Saud University
Elimination of bacterial plasmids by engineeredunilateral incompatibility
B. IngallsUniversity of Waterloo
A Statistical Study on Using Perfusion ComputedTomography (PCT) on Brain Tumours
V. MidyaIndian Statistical Institute
Legendre-Galerkin Method for Solving Fredholm IntegralEquations of the First Kind
N. BilelUniversity Badji Mokhtar Annaba
Switching dynamics in the Aplysia bag cell neuron
K. KeplingerUniversity of Waterloo
Sensitivity Analysis For Stochastic Models OfBiochemical Reaction Networks
M. MorshedUniversity of Waterloo
On the Simulation of Porous Media Flow Using a NewMeshless Lattice Boltzmann Method
M. AshrafizaadehIsfahan University of Technology
Non-Local Delays and Depth Dependence in an NPZModel
M. KloostermanUniversity of Waterloo
Water Quality modeling of storm-water ponds foreutrophication management
N. NakhaeiQueen’s University
9:30-10:00&
14:30-15:00
A mathematical model of the influence of preventionamong the homeless people on decrease of the incidenceof tuberculosis in the northeastern Poland
M. BodziochUniversity of Warmia and Mazury in Olsztyn
Stable Variables and Application in Non Life Insurance
A. LaouarEcole Nationale Superieure des Sciences de la Mer et del’Amenagement du Littoral
Non-Smooth Bifurcations in the Mean-Field System fora Network of Type 1 Neurons with Adaptation
W. NicolaUniversity of Waterloo
Using Sign Patterns to Detect Periodicity in BiologicalSystems
G. CulosUniversity of Victoria
Approximate controllability of semi-linear neutralstochastic integro-differential inclusions with infinitedelay
M. LiDonghua University
Effects of Cross-diffusion in Biofilm Model ofCompetition for a Shared Resource
K. RahmanUniversity of Guelph
Survey on a Class of Intersection Graphs:Self-graphoidal graphs
P. DasNorth Eastern Regional Institute of Science and Technology
Approximate controllability of neutral stochasticintegro-differential systems with impulsive effects
M. LiDonghua University
Fixation Probability of Budding Viruses
J. ReidUniversity of Western Ontario
Computational Thinking Across Disciplines
H. DhaliwalWilfrid Laurier University
Macrohedging in a financial market of semimartingales
A. MelnikovUniversity of Alberta
Long-time Dynamics of the Critical SurfaceQuasigeostrophic Equation
A. TarfuleaPrinceton University
Asymptotic behavior of heavy-tailed renewal-rewardprocess and applications
C.Y. DoreaUniversity of Brasilia
A Study of N-Acetyl aspartic acid/Creatine Ratio in theWhite Matter of HIV Positive Patients and ItsApplication
V. MidyaIndian Statistical Institute
Numerical simulation of the seasonal thermocline inLake Onatario using FVCOM
M. WilsonQueen’s University
On the agreement between small-world-like OFC modeland real earthquakes
D. FerreiraFederal Institute of Rio de Janeiro
Minimal Total Variation Infilling to DetermineRadiological Aerosol Deposition from Dose
I. ZwiersCanadian Nuclear Laboratories
66
Friday, June 12
67
Time RoomFriday, June 12: Morning
BA101 BA102 BA305 BA306
CS-MODELING #1 CS-FINANCE #1 SS-AAIP #1 SS-SSMMBP #1
Partial Differential and IntegralEquations in Mathematical Modeling
Chair: R. BarronUniversity of Windsor
Financial Mathematics andComputation
Chair: R. MakarovWilfrid Laurier University
Inverse Problems
Chair: D. La TorreUniversity of Milan
Simulations in Soft Matter andMolecular Bio-Physics
Chair: H.S. ChanUniversity of Toronto
10:00-10:20
Fourth-Order Finite DifferenceSchemes for Numerical Solution ofPDEs Using the CartesianCut-Stencil Method
R. BarronUniversity of Windsor
Pricing Options with HybridStochastic Volatility Models
G. JonesWilfrid Laurier University
A V-variable approach to fractalimage compression
F. MendivilAcadia University
Spatial organization of a chainmolecule in a crowded and confinedspace
B-Y. HaUniversity of Waterloo
10:20-10:40
A Simple Method for Solving PDEson Point Clouds
Z. LahdariUniversite de Caen Basse-Normandie
Simulation of timer options understochastic interest rates
B. HuWilfrid Laurier University
A smoothing technique for imageprocessing with sparsity
D. La TorreUniversity of Milan
Nanomotor dynamics in a chemicallyoscillating environment
B. RobertsonUniversity of Toronto
10:40-11:00
Optimal dissipation in partialdifferential equations
A. VestUniversity of Waterloo
Machine learning: modeling riskybehaviour and financial frauddetection
D. SawhUniversity of Waterloo
Predicting visual degradation ofimage subblocks produced by JPEGand JPEG2000 compression
A. CheesemanUniversity of Waterloo
Mesoscopic simulation method oflipid bilayers and active membranemachines
M-J. HuangUniversity of Toronto
11:00-11:20
Spectral Convergence And TuringPatterns For Nonlocal DiffusionSystems
G. ZhaoUniversity of the West Indies
On double barrier exit probabilitiesfor the classical risk process withdiffusion
D. TenengUniversity of Tartu
Circle Inversion Map and Star-shapedSet Inversion Map Fractals
B. BorelandUniversity of Guelph
Role of Multilamellar Lipid Matricesin Polymerization of OrganicMonomers in the Prebiotic World
M. NategholeslamMcMaster University
11:20-11:40
Approximate Solution Of SomeBoundary Value Problems
M. ChumburidzeAkaki Tsereteli State University
Inverse problems via the “GeneralizedCollage Theorem” for vector-valuedLax Milgram-based variationalproblems
K. LevereUniversity of Guelph
Concentration Dependent Propertiesof RNA Nanoclusters in Salt-BasedSolutions using Molecular DynamicsSimulation
S. BaduWilfrid Laurier University
11:40-12:00
Method of Lines Transpose:High-order L-stable schemes for thereaction-diffusion equations usingresolvent expansion
H. ChoMichigan State University
Generalizing Euclidean distance tounderstand polymer uncrossing andknotting: A physicists foray intoprotein folding
S.S. PlotkinUniversity of British Columbia
68
Time RoomFriday, June 12: Morning
BA202 BA208 BA209 BA210 BA211
CS-ENV SS-WPA #3 SS-CNT #3 SS-DASO SS-DDEMM #2
Mathematical Modelling inEnvironmental Sciences andModels for Complex Media
Chair: C. DrapacaPennsylvania State University
Wave Propagation andApplications
Chair: E-W. KirrUniversity of Ilinois
Computational NumberTheory
Chair: C. WeatherbyWilfrid Laurier University
Data Analytics for SystemOptimization
Chair: W. Feng & J. HuangTrent University & York University
Delay Differential Equationsas Mathematical Models ofReal World Phenomena
Chair: A.F. IvanovPennsylvania State University
10:00-10:20
Fractal Modelling ofHydrocarbon Bearing Rocksusing Iterative FunctionSystems
KamalIndian Institute of TechnologyRoorkee
Semilinear Hyperbolic PartialDifferential Equations inCurved Spacetimes
A. GalstyanUniversity of Texas-Pan American
Some Primality Tests thatEluded Lucas
H. WilliamsUniversity of Calgary
Can we do a better job inranking then BM25?
S. WangYork University
Effect of treatment on theglobal dynamics of delayedpathological angiogenesismodels
E. BravermanUniversity of Calgary
10:20-10:40
Influence of the Coriolis forceon internal waves in LakeSimcoe
B. FloodUniversity of Toronto
On the global Cauchy problemfor non-linear Schrodingerequation with magneticpotential
N. BoussaidUniversite de Franche-Comte
Simple linear relations forconjugate algebraic numbers
J. JankauskasUniversity of Waterloo
Viral information propagation
J. McVittleUniversity of Toronto
Phase models and clusteringin networks of oscillators withdelayed, all-to-all coupling
Z. WangUniversity of Waterloo
10:40-11:00
Persistent Homology forAnalyzing EnvironmentalLake Monitoring Data
B. FraserNipissing University
Expansion of a wedge ofnon-ideal gas into vacuum.
M. ZafarIndian Institute of TechnologyBombay
Binary sequences with meritfactors greater than 6.34
S. ChoiSimon Fraser University
Analysis and detection ofcoalition attacks for onlineadvertising
Q. ZhangTrent University
An SEI Model withAge-of-Infection andImmigration
C. McCluskeyWilfrid Laurier University
11:00-11:20
Stochastic Modeling andPerformance Analysis forElectric Vehicle ChargingStations
H-T. HaGachon University
A Leap-frog DiscontinuousGalerkin Scheme for Solving2D Wave Propagation inAnisotropic Materials
M. Khaksar GhalatiUniversity of Coimbra
Sums of Digits in q-aryExpansions
J.C. SaundersUniversity of Waterloo
An advanced data analytictool: Okapl system and itseasy adaption
S. ZhuYork University
Oscillation and drivingmechanism in models of WestNile virus with time delay
H. ZhuYork University
11:20-11:40
Radial asymptotics andalgebraic independence inMahler’s method
M. CoonsUniversity of Newcastle
Denoising-autoEncoder withmodified Elliot function and asparsity term
H. BurhaniTrent University
Modelling virus dynamics withboth virus-to-cell infection andcell-to-cell transmission by aDDE system
X. ZouUniversity of Western Ontario
11:40-12:00
Higher Mahler measure ofsome n-variable polynomialfamilies
M. LalinUniversite de Montreal
Weighted integrative AICscriterion to perform modelselection
Y. XuUniversity of Waterloo
Distributed delays in a modelof chemotherapy-inducedmyelosuppression
J. BelairUniversite de Montreal
69
Time RoomFriday, June 12: Afternoon
BA101 BA102 BA305 BA306
CS-MODELING #2 CS-FINANCE #2 SS-AAIP #2 SS-SSMMBP #2
Partial Differential and IntegralEquations in Mathematical Modeling
Chair: D. ChanUniversity of Melbourne
Financial Mathematics andComputation
Chair: G. LaiWilfrid Laurier University
Inverse Problems
Chair: K. LevereUniversity of Guelph
Simulations in Soft Matter andMolecular Bio-Physics
Chair: B-Y. HaUniversity of Waterloo
15:00-15:20
Regularization results for ill-posedproblems in Banach space
M. FuryPennsylvania State University (Abington)
Series Approximations forValue-At-Risks and ExpectedShortfalls of Financial Delta-GammaMethods
H-T. HaGachon University
Parameter estimation fordiscrete-time models through goalprogramming with application toeconomics and management
D. La TorreUniversity of Milan
How Does A Protein Unknot? –Statistical Physics of DNADisentangling by Topoisomerases
H.S. ChanUniversity of Toronto
15:20-15:40
Non-singular formulation of boundaryintegral equations in physics andengineering
D. ChanUniversity of Melbourne
Time series modelling withnon-parametric aut-ocopula
I. AsadzadehUniversity of Calgary
Collage-based Approach to InverseProblems for Elliptic PDEs onPerforated Domains
H. KunzeUniversity of Guelph
A thermodynamic study ofAmyloid-beta fibrils using computersimulations
C. DiasNew Jersey Institute of Technology
15:40-16:00
Boundary Integral Equation Methodin the Mathematical Theory ofDouble Porosity Materials
M. SvanadzeIlia State University
First passage time of skip-free Markovchains with application to ruin theory
M. ChoiCornell University
Modelling an Aquaponic Ecosystemusing Ordinary Differential Equations
C. BobakUniversity of Guelph
Coarse-Grained computer simulationsof Alzheimers beta-amyloid peptides,using the Mercedes-Benz HydrogenBond Potential
A. LinhanantaLakehead University
16:00-16:20
Compressibility Coefficients inNonlinear Transport Models inUnconventional Gas Reservoirs
I. AliKing Fahd University of Petroleum &Minerals
Numerical Solution of BackwardSDEs: Regression Later Algorithm
K.K. GnamehoMaastricht University
Simulated force spectroscopy ofsuperoxide dismutase (SOD1) protein
M. HabibiUniversity of British Columbia
16:20-16:40
Structure and Dynamics of GlobalFinancial Network After FinancialCrisis of 2008
S. KumarUniversity of Delhi
16:40-17:00
70
Time RoomFriday, June 12: Afternoon
BA202 BA208 BA209 BA210 BA211
SS-CNT #4
MS2Discovery InstituteMeeting
Computational NumberTheory
Chair: K. HareUniversity of Waterloo
15:00-15:20
Computing periodic points forHenon maps over numberfields
P. IngramColorado State University
15:20-15:40
Ring-LWE Cryptography forthe Number Theorist
K. StangeUniversity of Colorado Boulder
15:40-16:00
Looking for the Best ABCtriple
S. YazdaniGoogle Inc & University ofWaterloo
16:00-16:20
The explicit formula and zerosof L-functions
M. RubinsteinUniversity of Waterloo
16:20-16:40
Common SubexpressionAlgorithms forSpace-Complexity Reductionof Gaussian Normal BasisMultiplication
D. JaoUniversity of Waterloo
16:40-17:00
71
14. Maps
Bricker Academic Building: First Floor
72
Bricker Academic Building: Second Floor
73
Bricker Academic Building: Third Floor
74
Science Building: First Floor
75
Wilfrid Laurier University Buildings
76
Wilfrid Laurier University Parking
77
15. Hyperlinked Index of Speakers
AAbgrall, R. . . . . . . . . . . . . . . 20, 36Abiodun, G. . . . . . . . . . . . . . . . . 59Abrar, B. . . . . . . . . . . . . . . . . . . . 51Abudiab, M. . . . . . . . . . . . . . . . . 56Abukhdeir, N.M. . . . . . . . . 49, 64Adcock, B. . . . . . . . . . . . . . . . . . 52Adem, A.R. . . . . . . . . . . . . . . . . .59Ademescu, A. . . . . . . . . . . . 60, 66Afshar, S. . . . . . . . . . . . . . . . . . . .45Aggarwal, B. . . . . . . . . . . . . . . . 48Agyingi, E. . . . . . . . . . . . . . . . . . 51Ahmadi Golestan, M. . . . . . . . 50Akewe, H. . . . . . . . . . . . . . . . . . . 45Akhmetgaliyev, E. . . . . . . . . . . 65Alba, K. . . . . . . . . . . . . . . . . . . . . 53Albert, R. . . . . . . . . . . . . . . .10, 37Aleman, D. . . . . . . . . . . . . . . . . . 49Alfakih, A. . . . . . . . . . . . . . . . . . 49Algami, S. . . . . . . . . . . . . . . . . . . 49Ali, I. . . . . . . . . . . . . . . . . . . . 58, 70Ali, Q. . . . . . . . . . . . . . . . . . . . . . .48Alshehri, M. . . . . . . . . . . . . 60, 66Alter, O. . . . . . . . . . . . . . . . . . . . .64Alvarez, A. . . . . . . . . . . . . . . . . . 51Alwan, M. . . . . . . . . . . . . . . . . . . 42Anand, M. . . . . . . . . . . . . . . . . . . 41Anco, S. . . . . . . . . . . . . . 22, 56, 63Andrews, M. . . . . . . . . . . . . . . . .41Antipova, A. . . . . . . . . . . . . . . . .58Apaloo, J. . . . . . . . . . . . . . . . . . . 42Arancibia, C. Perez . . . . . . . . . 65Arat, S. . . . . . . . . . . . . . . . . . . . . .62Arredondo, J. . . . . . . . . . . . . . . . 44Asadzadeh, I. . . . . . . . . . . . . . . . 70
Ashlock, D. . . . . . . . . . . . . . . . . . 49Ashrafizaadeh, M. . . . 57, 60, 66Assous, F. . . . . . . . . . . . . . . . . . . 51Athar, S. . . . . . . . . . . . . . . . . . . . 45Azimzadeh, P. . . . . . . . . . . . . . . 59
BBelair, J. . . . . . . . . . . . . . . . .49, 69Babaoglu, C. . . . . . . . . . . . . . . . 59Badescu, A. . . . . . . . . . . . . . . . . 48Badu, S. . . . . . . . . . . . . . . . . . . . . 68Baggag, A. . . . . . . . . . . . . . . . . . 64Bakker, L. . . . . . . . . . . . . . . . . . . 48Banyassady, R. . . . . . . . . . . . . . 57Barclay, P. . . . . . . . . . . . . . . . . . . 45Barron, R. . . . . . . . . . . . . . . . . . . 68Barutello, V. . . . . . . . . . . . . . . . 48Bauch, C. . . . . . . . . . . . . . . . . . . .41Bayati, M. . . . . . . . . . . . . . . . . . . 50Bennett, M. . . . . . . . . . . . . . 23, 65Bernard, C. . . . . . . . . . . . . . . . . . 48Berry, T. . . . . . . . . . . . . . . . . . . . 65Best, J. . . . . . . . . . . . . . . . . . . . . . 41Betti, M. . . . . . . . . . . . . . . . . . . . 55Biasse, J-F. . . . . . . . . . . . . . . . . . 63Bielecki, T. . . . . . . . . . . . . . 11, 36Bilel, N. . . . . . . . . . . . . . . . . .60, 66Bilinksy, L. . . . . . . . . . . . . . . . . . 41Bobak, C. . . . . . . . . . . . . . . . . . . 70Bodzioch, M. . . . . . . . . . . . .60, 66Bohun, C.S. . . . . . . . . . . . . . . . . 56Bohun, S. . . . . . . . . . . . . . . . 27, 37Booth, V. . . . . . . . . . . . . . . . . . . .44Boreland, B. . . . . . . . . . . . . . . . . 68Bourgault, Y. . . . . . . . . . . . . . . . 63
Boussaid, N. . . . . . . . . . . . . . . . . 69Bowman, J. . . . . . . . . . . . . . . . . .42Boyle, G. . . . . . . . . . . . . . . . . . . . 41Bramburger, J. . . . . . . . . . . . . . 65Braverman, E. . . . . . . . . . . . . . . 69Brereton, C. . . . . . . . . . . . . . . . . 53Brinkerhoff, J. . . . . . . . . . . . . . . 43Brown, D. . . . . . . . . . . . . . . . . . . 43Bruin, N. . . . . . . . . . . . . . . . . . . . 65Bruzon, M.S. . . . . . . . . . . . . . . . 59Buckrell, A. . . . . . . . . . . . . . . . . .53Budd, C. . . . . . . . . . . . . . . . . 12, 36Buono, P.L. . . . . . . . . . . . . . . . . .48Burhani, H. . . . . . . . . . . . . . . . . .69Burkowski, F. . . . . . . . . . . . . . . .49Butler, L. . . . . . . . . . . . . . . . . . . . 44
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RRabbani, M. . . . . . . . . . . . . . . . . 44Rabin, N. . . . . . . . . . . . . . . . . . . . 63Racio, E. . . . . . . . . . . . . . . . . . . . 63Rael, R. . . . . . . . . . . . . . . . . . . . . 49Rahbarimanesh, S. . . . . . . . . . . 53Rahman, K. . . . . . . . . . 60, 64, 66Rajaratnam, K. . . . . . . . . . . . . .41Rankin, G. . . . . . . . . . . . . . . . . . 57Ratti, V. . . . . . . . . . . . . . . . . . . . 62Reed, M. . . . . . . . . . . . . . . . . . . . 41Reid, J. . . . . . . . . . . . . . . . . . 60, 66Resch, J. . . . . . . . . . . . . . . . . . . . 50Riahi, M. . . . . . . . . . . . . . . . . . . . 65Ringue, N. . . . . . . . . . . . . . . . . . . 46Roberts, S. . . . . . . . . . . . . . . . . . 62Robertson, B. . . . . . . . . . . . . . . .68Robertson, C. . . . . . . . . . . . . . . .62Rodriguez, D.A. . . . . . . . . .29, 38Rosenhaus, V. . . . . . . . . . . . . . . 63Rossmanith, J. . . . . . . . . . . . . . .65Rouhi, A. . . . . . . . . . . . . . . . . . . . 43Roustaei, A. . . . . . . . . . . . . . . . . 59
Rowat, P. . . . . . . . . . . . . . . . . . . . 41Roy, P.K. . . . . . . . . . . . . . . . 55, 64Roy, T. . . . . . . . . . . . . . . . . . . . . . 63Rubinstein, M. . . . . . . . . . . . . . .71Ruuth, S. . . . . . . . . . . . . . . . . . . . 49
SSafouhi, H. . . . . . . . . . . . . . . . . . 63Sakurai, H. . . . . . . . . . . . . . . . . . 56Samareh, B. . . . . . . . . . . . . . . . . 50Sana, K. . . . . . . . . . . . . . . . . . . . . 45Santoprete, M. . . . . . . . . . . . . . .41Sarker, N.R. . . . . . . . . . . . . . . . . 50Sauer, T. . . . . . . . . . . . . . . . . . . . 63Saunders, J.C. . . . . . . . . . . . . . . 69Sawh, D. . . . . . . . . . . . . . . . . . . . 68Scalas, E. . . . . . . . . . . . . . . . 41, 65Schily, F. . . . . . . . . . . . . . . . . . . . 46Schneider, G. . . . . . . . . . . . 46, 57Schreiber, S. . . . . . . . . . . . . 16, 39Seal, D. . . . . . . . . . . . . . . . . . . . . .56Semnani, B. . . . . . . . . . . . . . . . . 64Sermeus, K. . . . . . . . . . . . . . 46, 53Shan, C. . . . . . . . . . . . . . . . . . . . . 58Sharawy, M. . . . . . . . . . . . . . . . . 55Sharma, P. . . . . . . . . . . . . . . . . . 62Shaw, J. . . . . . . . . . . . . . . . . . . . . 49Sheel, T. . . . . . . . . . . . . . . . . . . . .46Shen, X. . . . . . . . . . . . . . . . . . . . . 50Sheriff, F. . . . . . . . . . . . . . . . . . . .55Shi, K. . . . . . . . . . . . . . . . . . . . . . 45Shirokoff, D. . . . . . . . . . . . . . . . . 65Shontz, S. . . . . . . . . . . . . . . . . . . 64Shuai, Z. . . . . . . . . . . . . . . . . . . . .62Sideroff, C. . . . . . . . . . . . . . . . . . 43Skelton, A. . . . . . . . . . . . . . . . . . 64Skippon, T. . . . . . . . . . . . . . . . . .49Sloviak, J. . . . . . . . . . . . . . . . . . . 43Smerlak, M. . . . . . . . . . . . . . . . . 41
80
Smirnov, R. . . . . . . . . . . . . . . . . .44Smith?, R. . . . . . . . . . . . . . . . . . . 55Soleev, A. . . . . . . . . . . . . . . . . . . 56Soltani, S. . . . . . . . . . . . . . . . . . . 55Spiteri, R. . . . . . . . . . . . . . . . . . . 63Stange, K. . . . . . . . . . . . . . . . . . . 71Stastna, M. . . . . . . . . . . . . . 42, 53Stechlinski, P. . . . . . . . . . . . . . . 42Steinbrecher, A. . . . . . . . . . . . . 58Steinmoeller, D. . . . . . . . . . . . . 53Stockie, J. . . . . . . . . . . . . . . . . . . 52Stoica, C. . . . . . . . . . . . . . . . . . . . 44Subich, C. . . . . . . . . . . . . . . . . . . 42Sudarsan, R. . . . . . . . . . . . . . . . .52Sugati, T. . . . . . . . . . . . . . . . . . . 42Sun, F. . . . . . . . . . . . . . . . . . . . . . 45Svanadze, M. . . . . . . . . . . . . . . . 70Swishchuk, A. . . . . . . . . . . . . . . 65Syeda, D. . . . . . . . . . . . . . . . . . . . 56
TTadic, B. . . . . . . . . . . . . . . . . . . . 62Taghavi, S.M. . . . . . . . . . . . 53, 57Talmon, R. . . . . . . . . . . . . . . . . . 65Tan, G. . . . . . . . . . . . . . . . . . . . . . 58Tarfulea, A. . . . . . . . . . . . . . 60, 66Tarfulea, N. . . . . . . . . . . . . . . . . 62
Tcheng, A. . . . . . . . . . . . . . . . . . 45Teneng, D. . . . . . . . . . . . . . . . . . .68Tensude, B. . . . . . . . . . . . . . . . . .50Ting, F. . . . . . . . . . . . . . . . . . . . . 49Toaldo, B. . . . . . . . . . . . . . . . . . . 65Tracina, R. . . . . . . . . . . . . . . . . . 59Trummer, M. . . . . . . . . . . . . . . . 42Tupper, P. . . . . . . . . . . . . . . . . . . 59Tyson, R. . . . . . . . . . . . . . . . 48, 52
VValluri, S.R. . . . . . . . . . . . . . . . . 56van den Driessche, P. . . . . . . . 58van Veen, L. . . . . . . . . . . . . . . . . 49Vanden-Eijnden, E. . . . . . 17, 37Verriest, E. . . . . . . . . . . . . . . . . . 65Vest, A. . . . . . . . . . . . . . . . . . . . . 68
WWahl, L. . . . . . . . . . . . . . . . . . . . . 44Waite, M. . . . . . . . . . . . . . . . . . . 42Wan, A. . . . . . . . . . . . . . . . . . . . . 49Wan, J. . . . . . . . . . . . . . . . . . . . . . 59Wang, Q. . . . . . . . . . . . . . . . 51, 56Wang, S. . . . . . . . . . . . . . . . . . . . 69Wang, Z. . . . . . . . . . . . . . . . . . . . 69Ward, M. . . . . . . . . . . . . . . . . . . . 49Watmough, J. . . . . . . . . . . . . . . 52
Watson, R. . . . . . . . . . . . . . . . . . 43Wells, C. . . . . . . . . . . . . . . . . . . . 55Wells, M. . . . . . . . . . . . . . . . . . . . 42West, J. . . . . . . . . . . . . . . . . . . . . 43Wetton, B. . . . . . . . . . . . . . . . . . 45Wilcox, M. . . . . . . . . . . . . . . . . . 51Wild, E. . . . . . . . . . . . . . . . . . . . . 49Wild, G. . . . . . . . . . . . . . . . . . . . . 44Williams, H. . . . . . . . . . . . . . . . . 69Willms, A. . . . . . . . . . . . . . . . . . .55Wilson, M. . . . . . . . . . . . . . . 60, 66Winlaw, M. . . . . . . . . . . . . . . . . . 42Wolf, T. . . . . . . . . . . . . . . . . 41, 59Wolkowicz, G. . . . . . . . . . . .52, 62Wolkowicz, H. . . . . . . . . . . . . . . 49Wong, K. . . . . . . . . . . . . . . . . . . . 59Wu, H. . . . . . . . . . . . . . . . . . . . . . 46Wu, J. . . . . . . . . . . . . . . . . . . . . . . 52Wu, W. . . . . . . . . . . . . . . . . . . . . .57Wu, Y. . . . . . . . . . . . . . . . . . . . . . 52
XXi, L. . . . . . . . . . . . . . . . . . . . . . . .52Xiao, Y. . . . . . . . . . . . . . . . . . . . . 55Xiaoyan, H. . . . . . . . . . . . . . . . . .51Xu, F. . . . . . . . . . . . . . . . . . . . . . . 49Xu, W. . . . . . . . . . . . . . . . . . . . . . 48
Xu, Y. . . . . . . . . . . . . . . . . . . 49, 69
YYakovenko, V. . . . . . . . . . . . . . . 41Yang, L. . . . . . . . . . . . . . . . . . . . . 46Yazdani, S. . . . . . . . . . . . . . . . . . 71Yi, Y. . . . . . . . . . . . . . . . . . . . 18, 38Yodzis, M. . . . . . . . . . . . . . . . . . . 62Yoon, S. . . . . . . . . . . . . . . . . . . . . 53
ZZabaras, N. . . . . . . . . . . . . . 19, 38Zaccour, G. . . . . . . . . . . . . . 26, 45Zafar, M. . . . . . . . . . . . . . . . . . . . 69Zhang, K. . . . . . . . . . . . . . . . . . . 42Zhang, Q. . . . . . . . . . . . . . . . . . . 69Zhang, S. . . . . . . . . . . . . . . . . . . . 62Zhang, W. . . . . . . . . . . . . . . 51, 58Zhao, G. . . . . . . . . . . . . . . . . . . . . 68Zhao, Y. . . . . . . . . . . . . . . . . . . . . 65Zhao, Z. . . . . . . . . . . . . . . . . . . . . 63Zhou, A.X. . . . . . . . . . . . . . . . . . 51Zhu, H. . . . . . . . . . . . . . . . . . 62, 69Zhu, S. . . . . . . . . . . . . . . . . . . . . . 69Zou, X. . . . . . . . . . . . . . . . . . 48, 69Zwanenburg, P. . . . . . . . . . . . . . 46Zwiers, I. . . . . . . . . . . . . . . . 60, 66
81
16. Index of Participants with Book of Abstracts Page Numbers
AAbdelghani, M., 197, 682Abgrall, R., 30Abiodun, G., 625Abrar, B., 87Abudiab, M., 239Abukhdeir, N., 205, 314Adamescu, A., 667Adcock, B., 403Adem, A., 240Adler, J., 405Afshar, S., 287Aggarwala, B., 597Agyingi, E., 109, 591Ahmadi Golestan, M., 521, 550Akbary, A., 73Akewe, H., 300Akhmetgaliyev, E., 280Aksoylu, B., 281Al-Abadleh, H., 667Alaei, N., 68Alam, J., 507Alba, K., 422, 463, 495, 509,
571, 573Albert, R., 10Aleman, D., 157Alexander, M., 368Algarni, S., 410Ali, I., 616, 659Ali, Q., 600Alipanahi, B., 215Almaatani, D., 607Alshehri, M., 679
Alter, O., 221Alvarez, A., 195Alwan, M., 174, 180, 181Amarala, S., 406Anand, M., 343, 351, 363, 381Ananiev, S., 454Anco, S., 35, 232, 233, 242, 271Andjelkovic, M., 209Andreguetto Maciel, G., 289Andrews, M., 356Antipova, A., 614Ao, W., 295Apaloo, J., 166, 170Arat, S., 227Arredondo, J., 138Aruliah, D., 590Asadzadeh, I., 645Ashlock, D., 158Ashrafizaadeh, M., 540Assous, F., 85, 399Atarodi, M., 305Athar, S., 168, 218Aylward, A., 589Azarderakhsh, R., 64Azimzadeh, P., 407
BBabaoglu, C., 623Baboulin, M., 608, 610Badescu, A., 194Badu, S., 246Baer, S., 259Baggag, A., 583
Bakker, L., 136Balachandar, R., 505, 548, 660Baltzer, J., 167Banyassady, R., 538Baradaran, A., 487Barclay, P., 165Bardeleben, M., 568Barlow, L., 363Barron, R., 505, 548, 660Barton, M., 379Barutello, V., 143Baruzzi, G., 546Basir, F., 358, 598Bates, P., 664Bauch, C., 169, 343, 351, 356,
363, 381Bayati, M., 477Behrouzifar, A., 446Belair, J., 100, 103, 288Belmiloudi, A., 593Bennett, M., 36, 65Bensmail, H., 583Benson, T., 405Berezansky, L., 101Bernard, C., 186Berry, T., 113, 117, 118Best, J., 260–262Betti, M., 601Beyer, H., 281Biasse, J., 71Bibeau, E., 517Bielecki, T., 12Bihlo, A., 419
Bilel, N., 680
Bilinsky, L., 259
Biros, G., 219
Bobak, C., 51
Bodzioch, M., 668
Boegman, L., 319, 686
Bohun S., 41
Bohun, C., 329
Boreland, B., 48
Boukhetala, K., 690
Bourgault, Y., 313, 408, 423,649
Boussaid, N., 278
Bowman, J., 402
Boyle, G., 268
Bramburger, J., 110
Braverman, E., 101
Brereton, C., 579
Brinkerhoff, J., 448
Broucke, M., 176
Brown, D., 499
Brown, J., 166, 167, 170
Bruin, N., 68
Bruno, O., 276, 280
Bruzon, M., 234
Buckrell, A., 568
Budd, C., 14
Bunama, R., 479
Buono, P., 147
Burhani, H., 94
Burkowski, F., 212, 214
Butler, L., 144
82
CCalmelet, C., 589Campbell Hetrick, B., 663Campbell, L., 312, 579Campbell, S., 107, 255, 291,
684, 685Cao, S., 286Cecile, A., 363Celiker, F., 281Celler, A., 412Cervi, J., 590Chai, S., 671Chakraborty, U., 666Chalmers, N., 429, 443Chan, D., 612, 661Chanane, B., 659Chanda, S., 633Chang, X., 420Chaskalovic, J., 85, 399Chebanov, D., 145, 627Cheeseman, A., 54Chen, G., 177Chen, H., 248Chen, L., 344Chen, Y., 297Chifman, J., 227Chikh, M., 529Choi, M., 638Choi, S., 63Choukir, S., 511Chowdhury, J., 358, 598Christlieb, A., 84Chrust, M., 483, 485, 577Chumburidze, M., 657Church, K., 173Cio, Y., 413Coan, J., 653Cohen, A., 187
Coifman, R., 114Cojocaru, M., 163, 168, 218,
619Colapinto, C., 53Collera, J., 630Consta, S., 56, 58–60Constantin, P., 681Constas, S., 61Coons, M., 75Corbett, B., 368Corless, R., 335Corre, S., 593Cossu, R., 310Costanzino, N., 187Coulier, P., 385Craig, M., 103Craig, W., 283Cressman, R., 160, 161, 170Cui, Z., 194Cusumano, J., 222Cyr, E., 405Czegledi, A., 584
DDamaren, C., 156DANG, D., 525Dang, D., 191Daniels, L., 208Dar, A., 232Darbandi, M., 87, 305, 446, 497,
531Darve, E., 385Das, P., 691Dastjani-Farahani, K., 305Davarpanah Jazi, S., 311Dawes, A., 346Dawson, T., 379Day, T., 355Daymond, M., 309
de la Rosa, R., 234De Sterck, H., 387, 390, 404,
439de Vries, G., 346deBoer, R., 347Demers, F., 527Deng, Y., 566Denis, C., 608Denniston, C., 317, 614, 617Dhaliwal, H., 675Diamessis, P., 308Dias, C., 244Dick, D., 596Dierich, F., 454Dionne, B., 110Dogan, G., 224Dorea, C., 674Dowdall, J., 383Drakos, N., 599Drapaca, C., 220, 222Drusvyatskiy, D., 213Dsilva, C., 114Dubickas, A., 78Dumitrache, A., 334Dunn, J., 162During, B., 266Dutot, M., 336Dzalilov, Z., 106
EEberl, H., 331, 334, 348, 357,
360, 366, 676Ebrahimi, M., 225El-Gebeily, M., 52El-Hage, G., 433Elias, Y., 76Elmoataz, A., 656Elsenhans, A., 66Emerenini, B., 357
Emili, E., 121Ernsthausen, J., 127Eslami, A., 463, 509Esmaeilzadeh, M., 437, 660Esquivel-Avila, J., 299Etbaigha, F., 619Evans, D., 222
FFartaj, A., 475Feaver, A., 70Feick, R., 149, 152, 154Felix, V., 687Feng, T., 93Feng, W., 92, 94, 233, 671Feng, X., 84Fernandes, B., 206Ferreira, D., 674, 687Filatova, T., 379Fischer, P., 32Fishelov, D., 116Fleck, B., 469Flood, B., 634Foley, J., 688Fossati, M., 511, 546Foster, J., 320, 340Fotowat, S., 475Fraser, B., 635Freitas, R., 687Freret, L., 456Friedrich, B., 153Frigaard, I., 327, 328, 411, 422,
463, 571, 573Fury, M., 663
GGai, C., 297Galagusz, R., 279Galstyan, A., 282
83
Galvani, A., 352, 378Gao, H., 198Gao, S., 546Garnier, F., 529Garvie, M., 342Gaudreau, P., 418Gaur, D., 416Gear, W., 114Georgiou, N., 129Geurts, B., 435Ghafarian, N., 201Ghafourizadeh, M., 497Ghasemi, A., 558, 650Ghodsi, A., 215Giannakis, D., 112, 113, 119Gibson, P., 337Girardin, R., 245Giuliani, A., 452Gnameho, K., 640Gningue, Y., 585, 607Gong, X., 395Gong, Z., 395Gonzalez-Meler, M., 167Gonzalez-Sales, M., 103Gooding-Townsend, R., 677Goodman, B., 624Goward, G., 613Graf, I., 326Greenhalgh, S., 352Greenwood, P., 257, 374Grey, S., 688Groth, C., 387, 439, 456, 458,
503Guenda, K., 609Gulliver, A., 609Gully, A., 340Gunter, A., 473Gupta, N., 652Guthrey, P., 275
Guy, R., 79
HHa, B., 252Ha, H., 636, 643Habashi, W., 511, 546Habibi, M., 251Hacinliyan, I., 623Haddar, H., 273Hajaiej, H., 278Halalay, I., 613Halimov, F., 628Halle, S., 521, 550Halloway, A., 170Hamilton, I., 667, 688Hanifi, A., 489Hare, K., 78Harlim, J., 113, 117Harnanan, S., 315Haslam, M., 272Haynes, R., 388, 415Heffernan J., 42Hejazi, A., 184Henderson, K., 363, 381Henningson, D., 489Higgs, P., 250, 364Hillairet, C., 192Hlynka, A., 171Hodgins, H., 688Hossain, M., 507Hossain, S., 416Hosseini, B., 330, 414Hosseini, S., 489Howse, A., 404Hu, B., 644Hu, J., 503Hu, X., 293Huang, H., 395Huang, J., 91, 93
Huang, M., 248Huang, W., 586Huguet, G., 262Humphries, A., 103Humphries, T., 412Huo, X., 362Hurd, T., 37Hyndman, C., 192
IIbrahim, S., 278Idels, L., 101Idier, A., 536Ilie, S., 393, 689Ingalls, B., 677, 689Ingram, P., 67Inoue, J., 264Islam, M., 469Ismail, M., 475Isola, D., 546Ivan, L., 387, 439Ivanov, A., 106
JJabbari, A., 319Jaberi-Douraki, M., 359Jackson, K., 184, 191Jacobson, M., 77, 82Jaiswal, P., 536Jakubowski, T., 132Jalbert, E., 334Jamaleddine, T., 479Jamwal, S., 652Jankauskas, J., 78Jao, D., 64Javadpour, F., 204Jemcov, A., 450Jha, P., 427, 483, 485Jia, Y., 654
Jiang, W., 338, 339, 369Jiang, Z., 273Jiao, Y., 192Jin, X., 379Jodoin, B., 575John, L., 562Johnson, M., 579Jones, G., 642
KKabacaoglu, G., 219Kadem, L., 473Kaffel, A., 651Kamal, T., 633Kang, N., 200Kapral, R., 248, 249Karimfazli, I., 327Kashani, A., 569Keita, S., 313Kelly, D., 511Keplinger, K., 692Kettlewell, B., 339Kevan, P., 348Kevlahan, N., 389, 650Kevrekidis, L., 114Kevrekidis, Y., 120Khabou, A., 608Khajehpour, P., 215Khajepour, A., 287Khalique, C., 230, 239Khan, F., 533Khan, M., 223Khani, S., 316Khattak, A., 675Kheibarshekan, L., 592Khodadadi-Yazdi, M., 305Khosravi, G., 521, 550Khulief, Y., 52Kim, C., 254
84
Kim, I., 323Kim, J., 636Kirr, E.-W., 38Kiss, I., 129Kitanov, P., 595Kiyak, H., 180Klaseboer, E., 612, 661Klinke, D., 594Kloosterman, M., 291, 684Knipl, D., 380Knudstrup, S., 258Koberinski, A., 562Kobti, Z., 171Kolokolnikov, T., 297Kovacic, M., 147Kowalik-Urbaniak, I., 54Koykka, C., 228Krachkovskiy, S., 340, 613Kreinin, A., 189Krishnaswamy Sethurajan, A.,
613Krislock, N., 213Krivodonova, L., 429, 431, 443,
452Krone, S., 353Kroukamp, O., 366Kroumi, D., 159Kunze, H., 48–51Kwak, M., 190Kwok, F., 415
LLa Torre, D., 46, 49, 50, 53Laffay, P., 536Laforest, M., 413Lai, X., 104Lakhdari, Z., 656Lalin, M., 72Lamoureux, M., 333
Lange, C., 477, 519Laouar, A., 690Laplante, J., 491Laporte, M., 523Larachi, F., 495Larsen, K., 353Laskowski, M., 375Lateb, M., 529Laubenbacher, R., 227Laurendeau, E., 527Lauter, K., 76Lawley, S., 260Lawrence, H., 152Lebel, L., 683LeBlanc, V., 110, 292, 383Lee Slew, K., 433Lee, H., 64Lee, J., 636Lessard, S., 159Levere, K., 50Lewis, G., 590Lewis, M., 147Li, J., 103, 592Li, L., 519Li, M., 298, 349, 672, 673Li, S., 460Li, X., 212, 214, 369, 558, 672Li, Y., 424Lien, F., 566, 568Lightstone, M., 560Lindner, S., 69Linhananta, A., 245Liu, H., 340Liu, W., 298Liu, W.K., 16Liu, X., 102, 174, 175, 178–182Liuzzi, D., 53Lizotte, D., 205Lo, C., 185
Lokhmanets, I., 534Lopez, C., 227Lorin, E., 400Lorinczi, J., 130Loy, K., 649Lu, L., 193, 620Lutscher, F., 289, 372, 383Lynch, D., 167
MM. Wahl, L., 377Ma, L., 225Ma, Y., 519MacLachlan, S., 405MacPhee, D., 444Madamanchi, A., 589Maggelakis, S., 591Maggioni, M., 115Majedi, H., 201, 207Makarov, R., 196, 642Malek, A., 626Malevanets, A., 57Malik, N., 659Mallat, S., 18Malmskog, B., 74Mamon, R., 198Mangiardi, C., 615Mao, D., 89Margrave, G., 333Marsiglio, S., 53Martins, J., 575Maruthi, N., 441Masic, A., 360Matida, E., 433Mavriplis, C., 427, 483, 485,
491, 523, 552, 577Mbodj, M., 585McCluskey, C., 98, 161McDonald, J., 458, 487
McKenzie, R., 123, 125McLeish, D., 186McLenaghan, R., 146McNickle, G., 167, 170McVittie, J., 95Medlock, J., 352Medvescek, J., 534Mehri, R., 523Melnik, R., 202, 246Melnikov, A., 197, 682Mendivil, F., 47, 338, 339Menezes, R., 687Mestdag, T., 139Metelka, J., 151Metzler, A., 196Meyer, R., 615Michel, L., 278Midya, V., 666, 669, 670Mikhailov, A., 248Miller, M., 433Miskovic, Z., 200, 203, 206, 208Moe, S., 647Moghadas, S., 368, 375Mohaddes Foroushani, S., 515Mohammad, K., 388Mohammadi, M., 191Moorthy, A., 331Moran, N., 653Morency, F., 521, 529, 550Morgan, J., 342Morris, K., 287, 629, 662Morris, S., 301Morshed, M., 689Morsky, B., 169Mosina, N., 627Mostaghimi, J., 569Mosunov, A., 82Mottaghian, P., 564Moyles, I., 392
85
Mrozinski, K., 575Mueller, J., 675Muir, P., 398Mulligan, C., 460Murphy, I., 675Murray, S., 560Musavi, H., 540Musgrave, J., 289Mydlarski, L., 534
NNadarajah, S., 465, 501, 544,
556Nadeem, A., 602Naeem, I., 235Najafi Nejad Nasser, A., 460Nakano, S., 412Nakayama, H., 471Nakhaei, N., 324Narayan, A., 587Naseri, R., 626Nasif, G., 505, 548Nategholeslam, M., 250Navah, F., 465Nave, J., 279, 307, 386, 419Naylor, D., 515Naz, R., 231Ncube, I., 621Ndeffo-Mbah, M., 352Nedialkov, N., 125, 126Nekka, F., 592Nelson, L., 336Ng, H., 471, 473Ngwa, M., 109Nian, K., 397Nicola, W., 255, 685Nigam, N., 414Nijhout, H., 261Nikitina, L., 312
Nikrityuk, P., 454Nkounkou, H., 408Nowack, S., 343Nykamp, D., 254
OOdesskii, A., 141Offin, D., 147Oh, M., 59Okosun, K., 370Oleskey, D., 693Oliveira, M., 674Oosterlee, K., 20Oosthiuzen, P., 513Ornik, M., 176Ortega, J., 194Otero, D., 46Ozman, E., 76
PPacard, F., 295Padgett, J., 393Paliy, M., 60Pannekoucke, O., 121Papa, A., 687Paraschivoiu, M., 481Parenteau, M., 527Parker, D., 379Pashaie, A., 156Pasini, D., 318Patie, P., 133, 638Pavel, L., 156Peakall, J., 310Pelinovsky, D., 274, 320Perelson, A., 378Perez-Arancibia, C., 276Peterson, S., 338, 339Petras, A., 394Pham, T., 525
Piatkovska, G., 617Pichugina, O., 605Piomelli, U., 319, 435, 538, 554,
564Piperni, P., 467Pirvu, T., 190Pitre, R., 323Plotkin, S., 247, 251Pocas, D., 290Podduturi, N., 463, 509Pollack, J., 653Pongui Ngoma, D., 408Ponnambalam, K., 286, 587,
639Portaluri, A., 142Portaro, R., 471, 473Poulin, F., 291, 684Pouransari, H., 385Prabhakar, S., 202, 246Prada, J., 236Pratibha, N., 606Prieto-Langarica, A., 262Protas, B., 613Proulx, L., 391Provost, S., 198Pryce, J., 123, 125, 126Pugh, M., 301Pyzza, P., 262
QQian, Z., 193Qiao, T., 338, 339Quaife, B., 219, 396Quaranta, G., 511
RRemy, A., 610Rabbani, M., 377Rabin, N., 116
Radovanovic, P., 206Rael, R., 164Rahbarimanesh, S., 552Rahman, K., 366, 676Rajaratnam, K., 146Rampure, M., 479Rankin, G., 575Rao, S., 441Rasmussen, C., 74Rastelli, G., 140Ratti, V., 348Rechnitzer, A., 65Recio, E., 242, 271Reed, M., 260, 261Reesor, M., 188Reid, J., 678Resch, J., 431Riahi, M., 273Rimbu, A., 100, 288Ringue, N., 556Roberts, K., 631Roberts, M., 402Roberts, S., 150Robertson, B., 249Robertson, C., 149, 151, 152Rodriguez D.A., 43Roettger, E., 79Romaszko, J., 668Rosa, M., 241Rosenhaus, V., 237Roshanaei, V., 157Rossmanith, J., 275, 647Rottler, J., 251Rouhi, A., 435Roustaei, A., 328Rowat, P., 256Roy, P., 358, 598Roy, T., 423Rubinstein, M., 81
86
Ruiz Galan, M., 50Ruuth, S., 394
SSabre, R., 690Sabzpoushan, S., 531Safavi-Naeini, S., 201, 207Safouhi, H., 418Saha, A., 416Sakurai, H., 648Samareh, B., 569Sanders, R., 469Sanjose, M., 536Santoprete, M., 140Sarker, A., 415Sarker, N., 469Sarnak, P., 81Sauer, T., 118Saunders, J., 80Sawh, D., 639Scalas, E., 129, 265Schily, F., 481Schlatter, P., 489Schneider, G., 87, 305, 446, 497,
531Schreiber, S., 22Scott, M., 208Seal, D., 84, 647Semnani, B., 207Seo, G., 373Sermeus, K., 426, 467Shan, C., 298, 367Shankar, R., 237Sharma, P., 203Sharma, V., 277, 342Shaw, J., 322Sheel, T., 505Shen, J., 420Shen, X., 461
Sheriff, F., 56Shevelly, A., 463, 509Shi, K., 175Shirokoff, D., 279Shodiev, H., 584, 675Shontz, S., 220Shore, J., 686Shu, H., 293Shuai, Z., 376Sideroff, C., 450Siemaszko, A., 668Silva, J., 73Silvester, A., 77Simmons, S., 136Skelton, A., 382Skippon, T., 309Slevinsky, R., 418Smerlak, M., 269Smirnov, R., 137Smith?, R., 354Soleev, A., 628Soltani, S., 61Son, S., 636Sonner, S., 357Soontiens, N., 315Soviak, J., 517Spiteri, R., 421Stange, K., 76Stastna, M., 315, 321, 322, 493,
562Stechlinski, P., 182Steinbrecher, A., 124Steinman, D., 223Steinmoeller, D., 493Stenflo, O., 47Stephens, D., 450Stockie, J., 330, 414Stoica, C., 135Straatman, A., 533
Subich, C., 306Sudarsan, R., 332Suderman, R., 205Sugati, T., 181Sun, F., 286Sun, Q., 661Suvakov, M., 209Svanadze, M., 658Swishchuk, A., 99
TTadic, B., 209Taghavi, S., 495, 509, 573Takouda, M., 607Talmon, R., 114Tan, G., 125, 126Tan, P., 406Tang, Q., 84Tarfulea, A., 681Tarfulea, N., 217Tawagi, P., 433Taylor, B., 323Tcheng, A., 386Ten Holder, S., 677Teneng, D., 641Tensuda, B., 458Thiraviaraj, I., 669Thommes, E., 218Thual, O., 121Ting, F., 295Toaldo, B., 131Torabi Ziaratgahi, S., 421Torti, S., 227Tracina, R., 238Trinh, P., 302Trummer, M., 412Tucker, P., 542Tufail, N., 232Tullis, S., 560
Tuminaro, R., 405Tupper, P., 401, 624Tyson, R., 336, 353, 372Tzou, J., 297
UUllah, E., 583Urbach, D., 157
VValen-Sendstad, K., 223Valluri, S., 631van den Driessche, P., 345, 693van den Hoogen, J., 166van Veen, L., 409Vanden-Eijnden, E., 24Verriest, E., 108Vest, A., 662Vicol, V., 681Vinuesa, R., 489Vo, H., 527Voronin, Y., 213Vrscay, E., 46, 54, 338Vujicic, T., 162
WWachowiak, M., 635Wachowiak-Smolikova, R., 635Wachs, A., 327, 411Wahl, L., 361, 365, 596,
599–602Waite, M., 316Wan, A., 419Wan, J., 406Wang, B., 517Wang, J., 620Wang, L., 293, 349Wang, Q., 417, 594Wang, R., 192
87
Wang, S., 93, 96, 344Wang, Z., 107, 594Ward, M., 302Watmough, J., 293Watson, R., 542Wei, J., 295Wells, C., 378Wells, M., 310, 311, 634West, J., 503White, D., 346Wiandt, T., 109, 591Wilcox, M., 603Wild, E., 158, 163Wild, G., 162, 228, 371Williams, H., 77, 79Williams, K., 336Willms, A., 382, 595, 603Wilson, M., 686Winlaw, M., 390Wolf, T., 141, 233Wolfaardt, G., 334, 366Wolkowicz, G., 296, 373
Wolkowicz, H., 212–214Wong, A., 96Wong, K., 653Wright, J., 515Wu, H., 536Wu, J., 95, 96, 294Wu, W., 554Wu, Y., 340, 622
XXi, L., 304Xiao, Y., 375Xiaoyan, H., 86Xie, W., 179Xie, X., 420Xin, G., 96Xu, F., 161Xu, S., 575Xu, W., 193Xu, X., 586Xu, Y., 96, 211
Y
Yakovenko, V., 267Yakovlev, S., 605Yang, H., 467Yang, J., 60Yang, L., 544Yang, T., 91Yazdani, S., 73Yee, E., 566Yerubandi, R., 686Yi, Y., 26, 298Yodzis, M., 351Yoon, S., 422, 571Yu, P., 361Yuan, J., 564Yuan, Y., 296
ZZabaras, N., 28Zaccour, G., 39Zafar, M., 277Zamir, M., 601Zhang, K., 179
Zhang, Q., 92Zhang, S., 154Zhang, W., 350, 361Zhao, G., 664Zhao, Y., 133Zhao, Z., 112Zheng, X., 185Zhong, S., 175, 178Zhou, A., 188Zhou, M., 371Zhu, A., 365Zhu, H., 105, 175, 226, 344,
350, 607Zhu, S., 91Zielinksi, A., 286Zingg, D., 461, 499Zochowski, M., 258Zou, X., 104, 369Zubov, V., 333Zucker, J., 290Zwanenburg, P., 501Zwiers, I., 683
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