you have to grow
TRANSCRIPT
You have to grow
from inside Out.
None can teach you,
None can make you
Spiritual,
There is no other
Teacher
But your own Soul
Swami
Vivekananda Ji
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 1
COMMITTEES Chief Patron
Prof. R. A. Gupta
Vice-Chancellor, Rajasthan Technical University, Kota
Patron
Dr. K. Ram
IPS(Retd.), Chairman, VTS Rajasthan
Dr. K. R. Bagaria
Founder of VGU & VIT Campus (Ex-Member RPSC)
CA. Anil Bafna
Chairman, VIT, Jaipur
Host Institute Advisor
Er. Gaurav Bagaria, Director, VGU &VIT Campus
Er.Onkar Bagaria, CEO, VGU &VIT Campus
Prof.(Dr). Praveen Choudhry, Registrar, VGU &VIT Campus
Organising Chair
Er. Anil Bagaria ,Dy. Director, Vivekananda Institute of Technology
Prof. (Dr). Mayank Varshney, Principal, Vivekananda Institute of Technology
Dr. Kamlesh Jangid, Rajasthan Technical University, Kota, India
Dr. Ritu Agrawal, MNIT, Jaipur
Dr. D. L. Suthar, Wollo University, Ethiopia
Dr. Serkan Araci, Hasan Kalyoncu University
General Chair
Dr. S. D. Purohhit, Rajasthan Technical University, Kota, India
Dr. Vandana Agarwal, Vivekananda Institute of Technology, Jaipur
Prof. K. S. Nisar, Prince Mohammad Bin Fahd University
Prof. Suresh Chandra Satapathy, KIIT Deemed to be University, Bhubaneswar, India
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 2
Organising Secretary
Dr. Sarita Chaudhary, Vivekananda Institute of Technology, Jaipur
Dr. Vikas Lamba, Vivekananda Institute of Technology, Jaipur
Er. Harish Sharma, Rajasthan Technical University, Kota, India
Dr. Shrideh Khalaf Qasem Al-Omari, Al-Balqa Applied University
International Advisory Committee
Prof.(A K Verma, Western Norway University of Applied Sciences, Haugesund,
Norway
Prof. (Abdel Salam Gomaa, Qatar University, Doha
Prof. Aboul Ella Hassanien, Cairo University, Egypt
Prof. Ali A. Al –Jarrah,Sur University College, Oman
Prof. Zakia Hammouch, Harran University Turkey and Moulay Ismail University
Morocco
Prof. Ali Mirjalili, Torrens University Australia
Prof. Anand Nayyar, Graduate School, Duy Tan University, Da Nang, Viet Nam
Prof. Anand Paul, Kyungpook National University, South Korea
Prof. Anuradha Ranasinghe, Liverpool Hope University, UK
Prof. Ashish Kr. Luhach, The PNG University of Technology, Papua New Guinea
Prof. Atulya K. Nagar,Liverpool Hope University, UK
Prof. Carlos A Coello, Investigador CINVESTAV 3F (Professor with Distinction)
Prof. Dan Simon, Cleveland State University USA
Prof. Dumitru Baleanu ,Cankaya University
Prof. Faruk Ucar, Marmara University
Prof. Gonçalo Marques, University of Beira Interior, Portugal
Prof. Hanaa Hachimi, Ibn Tofail University, Morocco
Prof. J. Senthilnath,Institute for Infocomm Research (I²R) | Agency for Science,
Technology and Research (A*STAR), Singapore
Prof. Janos Arpad Kosa, Neumann Janos University, Hungary
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 3
Prof. K. S. Nisar, Prince Sattam bin Abdulaziz University
Prof. Riyadh, Saudi Arabia
Prof. Lipo wang, NTU Singapore
Prof. Mario José Diván, Universidad Nacional de La Pampa,La Pampa ,Argentina
Prof. Maurice Clerc, Independent Consultant, France
Prof. Mohammad S Khan,East Tennessee State University, Johnson City, USA
Prof. Neil Buckley, Liverpool Hope University, UK
Prof. Noor Zaman, Taylor's University, Malaysia
Prof. Prashant Jamwal, Nazarbayev University, Kazakhstan
Prof. Ravinder Rena, NWU School of Business, North West University, Mafikeng
Campus, South Africa
Prof. Said Salhi , Kent Business School | University of Kent
Prof. Sanjeevi kumar Padmanaban, Aalborg University, Esbjerg, Denmark
National Advisory Committee
Prof. (Dr).Dhirendra Mathur, Rajasthan Technical University, Kota, India
Prof. (Dr). V. V. Singh, Pro-President, Vivekananda Global University, Jaipur
Prof. (Dr). Prafull Kumar Udani, Vivekananda Global University, Jaipur
Prof. (Dr) Baldev Singh, Vivekananda Global University, Jaipur
Prof. (Dr) D. P. Darmora, Vivekananda Global University, Jaipur
Prof. (Dr) Y.C. Sharma, Vivekananda Global University, Jaipur
Prof. A. K. Singh, Motilal Nehru National Institute of Technology Allahabad
(MNNIT), Allahabad
Prof. Adarsh Kumar, UPES, Dehradun
Prof. Ajay Vikram Singh,AIIT, Amity University Uttar Pradesh
Prof. Akhil Ranjan Garg, MBM Engg. College, Jodhpur
Prof. Alok Kanti Deb,Indian Institute of Technology Kharagpur
Prof. Anurag Jain,GGSIP University, Delhi
Prof. Aruna Tiwari, Indian Institute of Technology Indore
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 4
Prof. Arun Solanki,Gautam Buddha University, Greater Noida
Prof. Ashvini Chaturvedi,NIT Suratkal
Prof. Ayush Dogra,CSIR NPDF, CSIR-CSIO Research Lab, Government Of India
Prof. B. Padmaja Rani, JNTU Hyderabad
Prof. Basant Agarwal,IIIT Kota, Rajasthan India
Prof. Debasish Ghose, IISc Bangalore
Prof. Deepak Garg, Bennett University, India'
Prof. Dinesh Goyal,Poornima Institute of Engineering & Technology, Jaipur
Prof. Garima Mittal. IIM Lucknow
Prof. Janmenjoy Nayak,Aditya Institute of Technology and Management
(AITAM)(An Autonomous Institution) Tekkali,
Prof. K. Kotturu,Srikakulam, India
Prof. Kapil Sharma, Dtu
Prof. Kedar Nath Das, National Institute of Technology Silchar (NITS), Silchar, India
Prof. Kusum Deep, Indian Institute of Technology, Roorkee, India
Prof. Mahesh Bundele,Poornima College of Engineering, Jaipur
Prof. Manju, JIIT, Noida
Prof. Manoj Thakur, IIT Mandi
Prof. N. R. Pal, Indian Statistical Institute, Kolkata, India
Prof. Nilanjan Dey, Techno India College of Technology, India
Prof. Nishchal K. Verma, Indian Institute of Technology Kanpur, India
Prof. P. Vijaykumar, University College Of Engineering Tindivanam
Prof. Pankaj Srivastava, MNNIT, Prayagraj
Prof. R. C. Mittal,Jaypee Institute of Inormation Technology, India
Prof. Ravi Raj Choudhary, Central University of Rajasthan
Prof. S. Sundaram, IISc Bangalore
Prof. Sarbani Roy, Jadavpur University, Kolkata
Prof. Satish Chand, Jawaharlal Nehru University
Prof. Sudeep Tanwar, NIRMA University, Gujrat
Prof. Sunita Agrawal,Motilal Nehru National Institute of Technology Allahabad
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 5
Prof. Suresh Satapathy,KIIT Deemed to be University , Bhubaneswar
Prof. Swagatam Das,Indian Statistical Institute, Kolkata, India
Prof. T. V. Vijay Kumar,Jawaharlal Nehru University
Prof. Vivek Jaglan, GEHU, Dehradun
Publicity Committee
Er. Dhiraj Singh Vivekananda Institute of Technology, Jaipur
Er. Satish Jangid, Vivekananda Institute of Technology, Jaipur
Prof. (Dr).Pinky Lata, Vivekananda Global University, Jaipur
Prof. Anupam Yadav, Dr B R Ambedkar National Institute of Technology, Jalandhar
Prof. Mukesh Saraswat, Jaypee Institute of Information Technology, Noida, India
Prof. Faruk Ucar,Marmara University
Prof. Mukesh Prasad, University of Technology Sydney
Dr. V. K. Vyas, Sur University College, Oman
Publication Committee
Dr. Mridula Purohit, Vivekananda Global University, Jaipur
Dr. Praveen Navin, Vivekananda Institute of Technology, Jaipur
Er. Ankesh Gupta ,Vivekananda Institute of Technology, Jaipur
Er. Mukur Gupta ,Vivekananda Institute of Technology, Jaipur
Dr. Chandan Ujjrari, Vivekananda Global University, Jaipur
Er. Shaina Arora, Vivekananda Institute of Technology, Jaipur
Session Management Committee
Er. Deepanshu Arora, Vivekananda Institute of Technology, Jaipur
Er. Naveen Dadhich Vivekananda Institute of Technology, Jaipur
Er. Rahul Mishra, Vivekananda Institute of Technology, Jaipur
Dr. YagvendraKumawat, Vivekananda Global University, Jaipur
Dr. Devendra Kumar, University of Rajasthan, India
Dr. Jagdev Singh, JECRC University, Jaipur, India
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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Dr. Rakesh Parmar, BTU Bikaner, India
Dr. Sanjay Jain, Amity University Rajasthan, Jaipur, India
Organising Committee
Dr. Deepak Bhatia, Rajasthan Technical University, Kota, India
Dr. Mahesh Jangid Vivekananda Institute of Technology, Jaipur
Dr. Shalini Saxena, Vivekananda Institute of Technology, Jaipur
Dr. Mansi Malik, Vivekananda Global University, Jaipur
Dr. Tripti Verma, Vivekananda Global University, Jaipur
Er. Krishna Murari, Vivekananda Institute of Technology, Jaipur
Er. Ankesh Gupta ,Vivekananda Institute of Technology, Jaipur
Er. Mukur Gupta, Vivekananda Institute of Technology, Jaipur
Dr. Ravindra Kumar, Vivekananda Global University, Jaipur
Ms. Prachi Agarwal, Vivekananda Global University, Jaipur
Ms. Deepti Arora Chugh, Vivekananda Global University, Jaipur
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 11
Dr. K. Ram
IPS (Retd.), Chairman, VTS Rajasthan
Message
A conference is a place where true meeting of minds happen. Researchers, who have done a good
deal of thinking about their idea, come forward and share their thoughts with fellow researchers.
The conference like ICSC 2021 allows the exchange of expertise which in turn will ignite more
ideas and ways of improving the presented ideas. The biggest beneficiaries hence will be the
attendees who truly participate.
I congratulate Rajasthan Technical University, Kota and the organizing team of Vivekananda
Institute of Technology, Jaipur and Soft Computing Research Society for enabling innovation
through a conference such as ICSC 2021. With the blurred boundaries between domains,
technologies getting merged and less compelling technologies practically disappearing, we need to
be updated on how our world is evolving and changing. We can make use of ICSC 2021
proceedings to add value to ourselves, our research and our communities.
Wish you all a great conference!
(Dr. K. Ram)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 12
Dr. K. R. Bagaria
Founder of VGU & VIT Campus
(Ex-Member RPSC)
Message
I am happy to note that the Vivekananda Institute of Technology in association with Rajasthan
Technical University, Kota and Soft Computing Research Society is organizing a two-day
International Conference on Science and Computing during 23rd-24th January 2021.
Vivekananda Institute of Technology was established in the year 2008.The Institute has emerged as
a premier centre of technical education with an illustrious list of alumni placed in various national
and international industries of repute. Conferences bring together people of varied experiences and
provide an opportunity to everyone to share their thoughts. Mutual participation and high quality
deliberations create inspiring learning environment resulting into innovative ideas. Today’s
industry expects such inputs to bring home new innovations and inventions.
I take this opportunity to welcome all eminent speakers and participants from India and abroad. I
am sure the participants will have a unique opportunity to interact closely in latest areas of Science
and Computing in order to provide a boost to different technology dimensions of current era.
Besides, I would like to thank Rajasthan Technical University, Kota (Raj) for sponsoring the
conference under TEQUIP III so as to make this conference successful and, possibly, a memorable
one.
I would like to express my sincere appreciation and best wishes to the organizers and participants.
(Dr. K.R Bagaria)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 13
CA. Anil Bafna
Chairman, VIT, Jaipur
Message
Conferences provide a platform for researchers to get networked and exchange the ideas for further
progress in research and development. I am glad to note that Vivekananda Institute of Technology,
Jaipur in association with Rajasthan Technical University, Kota and Soft Computing Research
Society is organizing a two-day online International Conference on Science and Computing (ICSC
2021) during 23rd - 24th January 2021.
Scientific computing is a rapidly growing field that uses advanced computing capabilities to
understand and solve complex problems. The conference will provide an opportunity to the
participants to deliberate and discuss on the latest developments in the field of science and
computing.
I wish all the conference participants and organizers a big success!
(CA. Anil Bafna)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 14
Er. Gaurav Bagaria
Director, VGU &VIT Campus
Message
I am happy to acknowledge that Vivekananda Institute of Technology, Jaipur in collaboration with
Rajasthan Technical University, Kota and Soft Computing Research Society is organizing a two-
day online International Conference on Science and Computing (ICSC 2021) sponsored by RTU
TEQUIP(Phase III) during 23rd - 24th January 2021.
Scientific computation is an area of science which spans many disciplines, but at its core, it
involves the development of models and simulations to understand natural systems. I have the
strong conviction that the deliberations of this conference would be of immense help to all the
participants.
My warmest congratulations to the organizers for their relentless efforts and dedication!
(Er. Gaurav Bagaria)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 15
Er. Onkar Bagaria
CEO, VGU &VIT Campus
Message
It gives me immense pleasure to extend my warm welcome to all delegates, invitees and
participants of the TEQIP Phase III sponsored Virtual two-day International conference on Science
and Computing in association with Rajasthan Technical University, Kota and Soft Computing
Research Society during 23rd -24th January 2021.
If we need any kind of change, it needs research! Research, in terms of technological interventions
for the change and the after effects of the change needs to be propagated. To combat issues of
recent times like global warming, health and environmental degradation needs combined research
by various faculties. This conference aims at bringing various ignited minds together so that we can
strengthen our future research prospective. I am very much sure that by this conference we all will
be updated by the recent developments in the domain of Science and Computing. The outcome of
the conference will be surely fruitful. The recommendations will be put up to respective
professional bodies for giving directions to future research.
I welcome all the participants and also thank all the members of the advisory board and invited
speakers for their expert comments and active participation
(Er. Onkar Bagaria)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 16 Page 1
Prof. (Dr) Vijay Veer Singh
Pro-President,
Vivekananda Global University, Jaipur
Message
The foundation stones of VGU & VIT Campus are laid on the essence of academic pursuit and
excellence. Excellence in any work can be achieved with utmost dedication, hard work, and
perseverance. We, at VGU & VIT Campus, have made this dictum our motto and way of life in
every single activity in the campus.
Research and development forms the backbone of our curriculum at VGU & VIT Campus. I am
happy to acknowledge that Vivekananda Institute of Technology, Jaipur in collaboration with
Rajasthan Technical University, Kota and Soft Computing Research Society is organizing a two-
day online International Conference on Science and Computing (ICSC 2021) sponsored by RTU
TEQUIP(III) during 23rd - 24th January 2021. The conference will definitely provide a platform to
leading academic scientists, experts from industry, and researchers in their domains of expertise to
share their knowledge and experiences in the field of Science and Computing and ensure its
applications.
I would like to express my sincere appreciation and best wishes to the organizers and participants
and I hope that the conference will be a grand success.
(Prof. Dr. Vijay Veer Singh)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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Prof.(Dr.) Praveen Choudhry
Registrar, VGU &VIT Campus
Message
In this age of rapidly changing technologies, it is essential for professionals to keep abreast of the
latest developments, emerging trends in the area of science and computing. I am glad to note that
Vivekananda Institute of Technology, Jaipur in association with Rajasthan Technical University,
Kota and Soft Computing Research Society is organizing a two-day online International Conference
on Science and Computing (ICSC 2021) on 23rd - 24th January, 2021.
Conference provides an excellent platform to researchers , academician and industry to
professionals hold discussions, present their original work and exchange ideas, information,
techniques and applications and I am confident that this conference will be a great learning
experience for professionals, students and researchers alike in the field of science and computing.
I congratulate the organizers and wish the conference a grand success.
(Prof. Dr. Praveen Choudhry)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 18
Er. Anil Bagaria
Dy. Director, Vivekananda Institute of Technology
Message
It is a matter of great pleasure that Vivekananda Institute of Technology, Jaipur in collaboration
with Rajasthan Technical University, Kota and Soft Computing Research Society is organizing a
two-day online International Conference on Science and Computing (ICSC 2021) during 23rd - 24th
January 2021.
As the ICSC 2021 includes a number of expert keynote speeches, research paper presentations, and
invited talks, this will definitely go a long way in enriching the knowledge of the participants.
During the conference the ideas of advancements taking place in the areas of Science and
Computing will be discussed by the scientists and industry experts and the outcome of the
conference will surely be fruitful.
I congratulate the organizers and participants and wish the conference a grand success.
(Er.Anil Bagaria)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 19
Prof. Dhirendra Mathur
TEQIP-III Coordinator,
Rajasthan Technical University, Kota
Message
I am delighted to know that Rajasthan Technical University, Kota and Vivekananda Institute of
Technology, Jaipur are organizing a two-day “International Conference on Science and Computing
(ICSC 2021)” during January 23-24, 2021 in Virtual mode under the aegis of TEQIP-III RTU
(ATU).
I am sure that this conference will inculcate the much needed research culture among participants
and initiate interactions among researchers, scholars and scientists to exchange the ideas of recent
advances in the areas of Science and Computing and their applications.
I wish the conference all the very best and urge all participants to brainstorm on the various thrust
areas of the conference and look forward to their active participation.
(Prof. Dhirendra Mathur)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 20
Prof. K.S. Nisar
Prince Sattam bin Abdulaziz University
Saudi Arabia
Organizing Chair
Message
I am pleased to hear that the Rajasthan Technical University, Kota and Vivekananda Institute of
Technology, Jaipur, in collaboration with the Soft Computing Research Society, India, is hosting a
two-day "International Conference on Science and Computing (ICSC 2021)" in virtual mode from
23-24 January 2021.
I believe that this conference will be a strong forum for young researchers to exchange knowledge
in the areas of science and computing and their applications.
I hope the event all the very best and recommend all members to discuss and look forward to their
active participation in the different main areas of the conference.
(Prof. K.S. Nisar)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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Prof. (Dr.) Mayank Varshney
Principal,Vivekananda Institute of Technology
Message
It is a matter of extreme privilege to announce that we at Vivekananda Institute of Technology,
Jaipur in collaboration with Rajasthan Technical University, Kota and Soft Computing Research
Society are organizing a two-day online International Conference on Science and Computing
sponsored by RTU TEQUIP (Phase III) during 23rd - 24th January 2021.
Conference provides an open forum for scientists, researchers and engineers to discuss nascent
innovations and research advancements. The two days schedule of ICSC includes delivery of talks
by senior scientists and delegates, research paper presentations in the areas of Science and
Computing. This conference will be a wonderful opportunity for faculty members, participants, and
delegates to gain quality inputs useful for their future research in this knowledge based society.
I congratulate the organizing team and wish the conference a great success.
Prof. (Dr). Mayank Varshney
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 22
Prof. (Dr.) Baldev Singh
Dean, FET, VGU
Message
The science and engineering research conducted in academic institutions, industry, R & D
Laboratories and elsewhere plays a critical role in raising our standard of living, creating jobs,
improving health and providing for national security and development. I am extremely happy to
note that Vivekananda Institute of Technology, Jaipur in collaboration with Rajasthan Technical
University, Kota and Soft Computing Research Society is going to organize a two-day International
Conference on Science and Computing (ICSC 2021) in Virtual mode during January 23-24, 2021.
I am sure that this conference will inculcate the much needed research culture among participants
and trigger interactions among scientists, researchers, and industry experts to exchange the ideas of
recent advances in the areas of Science and Computing. The conference papers being published in
reputed journals will be of great source of information to the academicians, scholars and
industrialists.
I congratulate the organizing team and wish the conference a great success.
Prof. (Dr). Baldev Singh
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 23
Prof (Dr.). D.P. Darmora
Dean, FBAS, VGU
Message
Conferences are necessary to bring in culture of information exchange and feedback on developing
trends in technologies. I am delighted to note that Vivekananda Institute of Technology, Jaipur in
collaboration with Rajasthan Technical University, Kota and Soft Computing Research Society is
going to organize a two-day International Conference on Science and Computing (ICSC 2021) in
Virtual mode during January 23-24, 2021.
Certainly, this type of conference not only brings the scientists, researchers, and industry experts at
one platform, but it also inculcates the research culture among the entire fraternity in the country,
thereby, contributing to the development of nation.
I hope that this conference would certainly induce innovative ideas among the participants paving
way for new inventions and technologies in the areas of Science and Computing. I wish the
conference a grand success.
Prof (Dr.) D.P. Darmora
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 24
Er. Dheeraj Singh
Vice Principal, VIT
Message
It is a matter of immense pleasure that we, at Vivekananda Institute of Technology, Jaipur in
association with Rajasthan Technical University, Kota and Soft Computing Research Society, are
going to organize a two-day online International Conference on Science and Computing sponsored
by RTU TEQUIP (Phase III) during 23rd - 24th January 2021.
Our conference ICSC 2021 serves as an excellent forum for the researchers, academicians, and
experts from industry to freely exchange the views and ideas with others. I have a strong conviction
that the combined efforts of researchers and experts from the domain of Science and Computing
will explore and open up opportunities for participants to learn that will result into innovative ideas.
I would like to congratulate the organizing team for their laudable efforts and also wish them
grand success in conducting the conference.
(Er. Dheeraj Singh)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 25
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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Dr. Vandana Agarwal
General Chair, ICSC 2021
Vivekananda Institute of Technology, Jaipur
Message
Vivekananda Institute of Technology, Jaipur consider it is a privilege to hold TEQIP-III sponsored
two-day International Conference on “Science and Computing (ICSC 2021)” during January 23-24,
2021 in Virtual mode. Thank you Rajasthan Technical University, Kota for giving an opportunity to
organize this conference in our esteemed institute sponsored under TEQIP- RTU (ATU III) project
in association with Soft Computing Research Society (SCRS).
On behalf of the general chair, I extend my hearty welcome to all the resource persons, delegates
and participants from India and abroad.
Computing draws on mathematics and computer science to develop the best way to use computer
systems to solve complex problems from science and engineering. This International Conference
will provide a wonderful platform for several experts, administrators, researchers, scientists and
developers for a productive mutual exchange of not only knowledge but also sharing their
experiences among delegates having varied level of expertise. The conference will offer ample
opportunities to explore collaboration in teaching, research and transfer of technology.
I again thankful to RTU to show trust in us to initiate the conduction of this conference. I wish the
conference a grand success.
(Prof. Dr. Vandana Agarwal)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 28
Dr. Sarita Chaudhary
Organizing Secretary, ICSC 2021
Vivekananda Institute of Technology, Jaipur
Message
As a Organizing Secretary of the two-day International Conference on “Science and Computing
(ICSC 2021)”to be held from January 23-24, 2021 in Virtual mode, it is my great pleasure to invite
all of the great scientists, academicians, young researchers, delegates and students from all over the
world to attend this International Conference.
On behalf of the Organizing Committee, it’s an honour to host this international Conference at
Vivekananda Institute of Technology, Jaipur in association with Rajasthan Technical University,
Kota and Soft Computing Research Society (SCRS) sponsored under TEQIP- RTU (ATU
III)project.
This International Conference goal is to bring together, a multi-disciplinary group of scientists and
engineers from all over the world to present and exchange break-through ideas relating to the
science and computing. It promotes top level research and to globalize the quality research in
general, thus making discussions, presentations more internationally competitive and focusing
attention on the recent outstanding achievements in the field of science & engineering and future
trends and needs. The Organizing Committee also presents Souvenir on the occasion of this
Conference containing the programmer, special articles and write-ups on the theme of the
conference.
I welcome you all to this conference and look forward to your participation. I wish grand success to
this conference.
(Prof. Dr. Sarita Chaudhary)
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 29
ABOUT TEQIP-III
The project, third phase of Technical Education Quality Improvement Program
(referred to as TEQIP-III) is fully integrated with the twelfth five-year plan objectives
for Technical Education as a key component for improving the quality of engineering
education in existing institutions with a special consideration for low income states
and special category state and support to strengthen few affiliated technical
universities to improve their policy, academic and management practices.
RAJASTHAN TECHNICAL UNIVERSITY, KOTA
Rajasthan Technical University (RTU) is located in Kota in the state of Rajasthan. It
was established in 2006 by the Government of Rajasthan. The university currently
affiliates about 112 Engineering Colleges, 5 B. Arch., 27 MCA Colleges, 60 MBA
Colleges, 48 M. Tech. Colleges and 2 Hotel Management and Catering Institutes.
The University aims to provide quality technical education which may help Rajasthan
in its technical development and will boost technical environment in the country.
ABOUT VIVEKANANDA INSTITUTE OF TECHNOLOGY
Inspired by the thought’s ideals of Swami Vivekananda, a team of committed
professionals and academicians established Vivekananda Institute of Technology in
2008. The campus has emerged as a premier centre of technical education in northern
India, possessing well developed infrastructure, facilities and an atmosphere
conducive to learning. The institute offers various undergraduate programmes in the
field of engineering. The institute is focused on enhancing technical and professional
skills of the faculty members and students. The major emphasis is on placements and
entrepreneurship development.
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Page 30
ABOUT DEPARTMENT OF BASIC SCIENCES & HUMANITIES
The Deptartment of Basic Sciences and Humanities plays a unique and distinctive
role in an Institute where the ethos of science and Technology prevails. One of oldest
and ever-evolving department having a vision to excel in teaching & research,
recently reinforced with enthusiastic young faculty members. The Department
continues to grow and attain new paradigms by periodically organizing seminars,
symposia together both novice and experienced scientists with developers, to meet
new colleagues, collect new ideas and establish new cooperation between research
groups and provide a platform for researchers from academic and industry to present
their original work and exchange ideas, information, techniques and applications in
the field of Science and Computing, workshops and guest lectures.
The aim of the department is to provide high quality education in the field of applied
sciences and humanities for the undergraduate students in various engineering
courses.
SOFT COMPUTING RESEARCH SOCIETY (SCRS)
To promote research in soft computing and allied areas, Soft Computing Research
Society (SCRS) is established in 2013 with its headquarter in Delhi, India. Soft
Computing Research Society is a non-profit, Scientific Swarm of the
institutions/Labs/research/Scientist/academicians/research scholar/students/industry
R & D person interested in soft computing
OBJECTIVE OF THE CONFERENCE
The International Conference on Science and Computing is such a premier forum for
the presentation of new advances and research results in the fields of Science and
Scientific Computing. The conference will bring together leading academic scientists,
expert s from industry, and researchers in their domains of expertise from around the
world.
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Page 31
Also ICSC aims to bring together both novice and experienced scientists with
developers, to meet new colleagues, collect new ideas and establish new cooperation
between research groups and provide a platform for researchers from academic and
industry to present their original work and exchange ideas, information, techniques
and applications in the field of Science and Computing.
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Page 32
CONFERENCE THRUST AREAS
Fractional calculus Computational Engineering
Special Functions Control Theory
Fluid dynamics Discrete Mathematics
Approximation Theory Evolutionary Computation
Chaos Theory Information Theory and Coding
Circuits and Networks Numerical Analysis
Computational Mechanics Scientific Computing
Continuous Modelling Big Data Analytics
Cyber Security Number theory & Cryptography
Dynamical Systems Elastodynamics
Fuzzy Sets and Logic Image/Signal Processing
Inverse Problems Operations Research
Neural Networks Environmental Engineering
Optimal Control Universal Human values and
life skills
System Dynamics Material Science
Artificial Intelligence Wave Propagation
Control and Robotics Wavelets and Applications
Discrete Geometry Earth resources and Environment
Representation Theory Waste management,
Advanced Analysis Green chemistry
Differential Equations Hydrogen Storage
Applied Statistics Nanomaterial
Automation Materials for energy applications
Relativity and Cosmology Polymer and Composite materials
Complexity Theory
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ICSC 21-CONFERENCE SCHEDULE
Joining Links for
Inaugural Ceremony
and Keynote Talks
https://godrejandboyce.webex.com/godrejandboyce/onstage/g.ph
p?M TID=e339d4fb6fbbc54d1fbf3eb09c6d3e7fc
Parallel Sessions Link to join the Parallel Session
Session: A https://godrejandboyce.webex.com/godrejandboyce/onstage/g.php?
MTID=e b5b90090b8e0fc48e65478d9dda2f343
Session: B https://godrejandboyce.webex.com/godrejandboyce/onstage/g.php?
MTID=e c3363f4f8033b124fa04002f33ffd433
Session: C https://godrejandboyce.webex.com/godrejandboyce/onstage/g.php?
MTID=e e16be36ab0d316252a03a71798986450
Session: D https://godrejandboyce.webex.com/godrejandboyce/onstage/g.php?
MTID=e 7717a2bbb2525d8367e6f0c65cf2fcbc
Day 1 (23.01.2021)
Inaugural Ceremony: 01:00-02:00 PM (Indian Standard Time)
Keynote Speaker Date/Time
Dumitru Baleanu, Cankaya University, Turkey 02:00-03:00 PM
A. Swaminathan, IITR, India 03:00-04:00 PM
Parallel Session-I 04:00-05:00 PM
Parallel Session-II 05:00-06:00 PM
Pankaj Srivastava, MNNIT, Allahabad, India 06:00-06:45 PM
Hemen Dutta, Gauhati University, Guwahati, India 06:45-07:30 PM
Day 2 (24.01.2021)
Ravi P. Agarwal, Texas A&M University-Kingsville,
Kingsville, U.S.A. 10:00-11:00 AM
S.P. Harsha, IITR, India 11:00-12:00 Noon
Muhammad Nazam, Allama Iqbal Open University,
Pakistan
12:00-01:00 PM
Parallel Session-III 01:00-02:00 PM
Parallel Session-IV 02:00-03:00 PM
Sunil Kumar, NITJ, India 03:00-03:45 PM
S. Sivasubramanian, Anna University, India 03:45-04:30 PM
Valedictory 04:30-05:30 PM
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ICSC 21- PARALLEL SESSION SCHEDULE
Parallel Session Date/Time Paper ID
Day 1 (23.01.2021)
Session: I-A 04:00-05:00 PM 1, 2, 3, 4
Session: I-B 04:00-05:00 PM 9, 12, 25, 100
Session: I-C 04:00-05:00 PM 6, 7, 20, 106
Session: I-D 04:00-05:00 PM 10, 48, 56, 85
Session: I-E 04:00-05:00 PM 3, 24, 31, 32
Session: II-A 05:00-06:00 PM 37, 43, 89, 98
Session: II-B 05:00-06:00 PM 26,40, 63, 82
Session: II-C 05:00-06:00 PM 81, 83, 86, 93
Session: II-D 05:00-06:00 PM 50, 51, 52, 58
Session: II-E 05:00-06:00 PM 5, 13, 55, 59
Day 2 (24.01.2021)
Session: III-A 01:00-02:00 PM 74, 75, 76, 94
Session: III-B 01:00-02:00 PM 33, 34, 36, 60, 84
Session: III-C 01:00-02:00 PM 11, 19, 96, 99
Session: III-D 01:00-02:00 PM 17, 29, 39, 44
Session: III-E 01:00-02:00 PM 71, 77, 79, 80
Session: IV-A 02:00-03:00 PM 57, 67, 70, 78
Session: IV-B 02:00-03:00 PM 68, 90, 102, 104
Session: IV-C 02:00-03:00 PM 49, 61, 62, 64
Session: IV-D 02:00-03:00 PM 15, 42, 73, 101
Session: IV-E 02:00-03:00 PM 91, 97, 103, 105
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INDEX
S. N. AUTHOR(S) ABSTRACT TITLE
I PROF. RAVI P AGARWAL ARE WE PREPARED TO ACCEPT THE REALITY
II PROF. DUMITRU BALEANU
NEW ASPECTS OF FRACTIONAL CALCULUS AND
ITS APPLICATIONS
III PROF. S.P HARSHA NONLINEAR DYNAMIC RESPONSE ANALYSIS
USING CONVOLUTIONAL NEURAL NETWORK
(CNN)
IV DR. A. SWAMINATHAN ROUTH ROMANOVSKI CLASS OF ORTHOGONAL
POLYNOMIALS AND THEIR APPLICATIONS
V PROF. PANKAJ SRIVASTAVA SOFT COMPUTING MARKET RESEARCH
ANALYTICS ON RECOMMENDATION FOR
TOURISTS DESTINATIONS IN VARANASI-INDIA
VI DR. S.SIVASUBRAMANIAN
IMPACT OF QUANTUM CALCULUS IN GEOMETRIC FUNCTION THEORY
VII PROF. SUNIL KUMAR FRACTIONAL CALCULUS AND ITS
APPLICATIONS TO PHYSICAL SCIENCE
VIII DR. HEMEN DUTTA A GLIMPSE AT THE RENORMING THEORY FOR
THE FIXED POINT PROPERTY IN BANACH
SPACES
IX DR. MUHAMMAD NAZAM FIXED POINTS OF PEROV’S TYPE (Β, F)
CONTRACTIONS IN VECTOR-VALUED B-METRIC
SPACES
1. AJAY SHARMA, HARISH SHARMA, ASHISH KHANDELWAL AND
NIRMALA SHARMA
FUZZY DYNAMIC ADAPTION STRATEGY USING ABC TO DESIGN CONTROLLER PARAMETER OF
WIND TURBINE EMULATOR
2. NIRMALA SHARMA, HARISH
SHARMA, AJAY SHARMA, KAVITA
SHARMA AND PRASHANT SINGH
RANA
NATURE INSPIRED APPROACHES FOR WIND FARM
LAYOUT OPTIMIZATION PROBLEM: A SURVEY
3. PRASANNA A AND NISHAD T M WEAK FUZZY GRAPHS AND SOME COMPLEMENT
PROPERTIES OF WEAK FUZZY GRAPHS
4. PRASANNA A AND NISHAD T M
INTERVAL VALUED WEAK FUZZY GRAPHS
5. RITU AGARWAL AND URVASHI
PUROHIT SHARMA
BICOMPLEX VERSION OF GENERALIZED
STIELTJES TRANSFORM
6. ASHISH KHANDELWAL, NIRMALA
SHARMA, AJAY SHARMA &HARISH
SHARMA
DYNAMIC STABILITY ENHANCEMENT OF GRID
CONNECTED HYBRID SOLAR-WIND SYSTEM
USING GREY WOLF OPTIMIZATION TECHNIQUE
7. SHUBHAM KHANDELWAL FACIAL EMOTION RECOGNITION USING
TRANSFER LEARNING
8. VEDANTPACHORI, PUNEET SONI
AND MONIKA GARG
FINANCIAL SERVICES THROUGH MACHINE
LEARNING
9. PRIYANKA AGRAWAL, PRAVEEN
KUMAR DADHEECH, R.N JAT AND
S.D. PUROHIT
MHD FLOW OF GAMA-AL_2O_3 NANOFLUIDS
WITH THERMAL RADIATION AND HEAT
SOURCE/SINK EFFECTS OVER A STRETCHING
SURFACE EMBEDDED IN POROUS MEDIUM
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10. PRAVEEN KUMAR DADHEECH,
PRIYANKA AGRAWAL AND ANIL
SHARMA.
MARANGONI FLOW OF GAMA-AL_2O_3
NANOFLUIDS PAST A POROUS STRETCHING
SURFACE WITH THERMAL RADIATION IN PRESENCE OF INCLINED MHD
11. ANSIL SHARMA AND GOVIND RAI
GOYAL.
OPTIMAL SETTING OF PARAMETERS OF POWER
SYSTEM CONTROLLERS USING PSO TECHNIQUE
FOR ECONOMIC LOAD DISPATCH
12. HAILE HABENOMANTENEH AND
D.L. SUTHAR
A NUMERICAL SIMULATION ON THE EFFECT OF
VACCINATION AND TREATMENTS FOR THE
TRANSMISSION DYNAMICS OF FRACTIONAL
ORDER HEPATITIS B MODEL.
13. BINIYAMSHIMELIS,
NIGUSSIEABEYE AND D.L. SUTHAR.
ON WEYL FRACTIONAL Q-INTEGRAL OPERATOR
ASSOCIATED WITH GENERAL CLASS OF Q-
POLYNOMIALS
14. EFENDI EFENDI THE PROJECTION OF INDONESIAN POPULATION
USING STOCHASTIC DIFFERRNTIAL EQUATION
15. GAJENDRA KUMAR SARASWAT, S.
K. SHARMA AND PRAVEEN
PUROHIT
A REVIEW OF HEAVY METALS CONTAMINANTS IN
DRINKING GROUND WATER AND THEIR
IMPLICATIONS ON HUMAN HEALTH
16. ABHINAV TYAGI SCIENTIFIC METHODS IN COMPUTER SCIENCE
17. KRITIKA AND RITU AGARWAL
A MATHEMATICAL FRACTIONAL MODEL FOR
DIFFUSION OF CYTOSOLIC CALCIUM
18. SONAM CHHABRA WHY STUDY MATHEMATICS
19. NARAYAN KRISHAN VYAS 2X2 MIMO DUAL-BAND ANTENNA SYSTEM DESIGN FOR 5GENERATION TERMINALS
20. SANDIP MEHTA
DESIGN AND SIMULATION OF A STANDALONE
HYBRID PV SOLAR –FUEL CELL POWER PLANT
FOR CLEAN ELECTRICAL ENERGY FOR
REMOTELY LOCATED HAMLETS (DHANI)
21. SUNNY KUMAR AASOORI, RAJAB
ALI MALOOKANI AND SAJAD
HUSSAIN SANDILO
ON TRANSVERSAL VIBRATIONS OF AN AXIALLY
MOVING STRING UNDER STRUCTURAL DAMPING
22. JIHAD ASAD REMARKS ON THE TWO- POINT CAPACITANCE
FOR INFINITE 2D NETWORK
23. NAJNEEN
RAFI: PARALLEL DYNAMIC TEST-SUITE
REDUCTION FOR SOFTWARE
24. SUMIT JOSHI, RAHUL VYAS AND
SHAILENDRA BOHRA
ELECTRIC VEHICLES: CHARGING INTO THE
FUTURE
25. MANISH KRISHAN VYAS AND S. S.
TAK.
EFFECT OF RADIATION ON THREE DIMENSIONAL
COUETTE FLOW AND HEAT TRANSFER IN POROUS
MEDIUM BETWEEN TWO PERMEABLE PLATES WITH SINUSOIDAL TEMPERATURE
26. SAPNA MEENA AND SANJAY
BHATTER
SOME EXPANSION FORMULAE OF INCOMPLETE H-
FUNCTIONS USING LEIBNIZ RULE
27. ALI SLIMANI AND AMAR GUESMIA.
GLOBAL EXISTENCE THE SOLUTION OF
STOCHASTIC PERTURBED KELLER-SEGEL MODEL
28. ANUJ JHANKAL
MHD BOUNDARY LAYER CONVECTIVE FLOW AND
HEAT TRANSFER WITH LOW PRESSURE GRADIENT
VIA HE’S HOMOTOPY PERTURBATION METHOD
29. FAIZI RIMA
EXISTENCE AND UNIQUENESS OF WEAK
SOLUTIONS FOR THE TIME-FRACTIONAL
REACTION DIFFUSION PROBLEM
30. ASMAALAKHDAR
2D-TLM NUMERICAL METHOD APPLIED TO SOLVE
MAXWELL’S EQUATIONS FOR TE PROPAGATION
MODE
31. RAHUL VYAS, SUMITJOSHI AND
SHAILENDRA BOHRA.
A REVIEW ON A SYSTEMATIC IMPLEMENTATIONS
OF LEAN MANUFACTURING.
32. SUNITA CHAHAR AND DINESH
KUMAR YADAV
INPUT BASED RECAPITULATION OF MPPT
TECHNIQUES USED IN GRID CONNECTED
RENEWABLE ENERGY SOURCE
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33. NARENDRA SINGH SOLANKI,
SHOUKAT ALI AND NAVEEN JHA
CERTAIN IMAGE FORMULAS FOR THE (P, Θ)--
EXTENDED GENERALIZED HYPERGEOMETRIC
FUNCTION
34. RITU AGARWAL, NAVEEN KUMAR AND RAKESH KUMAR PARMAR
GENERALIZED P-EXTENDED MATHIEU-TYPE SERIES AND ASSOCIATED PROPERTIES
35. AYUSHI BANSAL AND HUKUM
SINGH
CRYPTOSYSTEM BASED ON TRIPLE RANDOM
PHASE ENCODING WITH CHAOTIC HENON MAP
36. LAKHLIFASADEK AND HAMAD
TALIBIALAOUI.
THE EXTENDED BLOCK KRYLOV METHOD FOR
LARGE-SCALE GENERALIZED DIFFERENTIAL
SYLVESTER EQUATIONS
37. ABHAY VERMA
GENERATION FIREWALL TECHNOLOGY AND
DEVELOPMENT TRENDS IN COMPARISON TO THE
TRADITIONAL FIREWALL TECHNOLOGY
38. ILHEMGACEM GLOBAL STABILITY AND LOCAL BIFURCATION OF
AN SIS EPIDEMIC MODEL WITH NONLINEAR
INFECTION FUNCTION
39. ELHARRAR NOUREDDINE, IGBIDA
JAOUAD AND TALIBI HAMAD
P(.)-LAPLACIAN PROBLEM WITH NONLINEAR
SINGULAR
40. MAMTA GUPTA AND KANAK MODI. FRACTIONAL INTEGRATION AND
DIFFERENTIATION OF THE (P, Q)--EXTENDED
MODIFIED BESSEL FUNCTION OF SECOND KIND
41. PIYUSH SHARMA, SHAILENDRA
BOHRA AND DINESH SHRINGI.
AN ANALYSIS OF NATURAL FREQUENCIES OF
FUNCTIONALLY GRADED ALUMINA CNT
COMPOSITES UNDER VARIOUS BOUNDARY CONDITIONS USING FOSDT
42. ADITYA JOSHI, MANOJ DIWAKAR,
DINESH C DOBHAL AND AMIT
JUYAL
ROLE OF TEXTBLOB IN TWITTER SENTIMENT
ANALYSIS: A CASE STUDY ON COVID-19
VACCINATION
43. SHAINA ARORA CRYPTOGRAPHY RESEARCH
44. HARSH SAXENA AND RITU
AGARWAL
A REVIEW OF THE FRACTIONAL ORDER
VISCOELASTIC MODELS USED IN MECHANICS
AND BIOLOGY
45. VAISHALI BHARDWAJ PERCEPTION CONSISTENCY ULTRASOUND IMAGE
46. ABDELKADER AMARA
CAPUTO-HADAMARD FRACTIONAL
DIFFERENTIAL EQUATION WITH THREE-POINT
BOUNDARY CONDITIONS
47. PARTH SAMDANI, BHOPAL SINGH
SINGHVI AND RANVEER SINGH
SHEKHAWAT
AN EVALUATION OF ENVIRONMENTAL IMPACTS
OF CONSTRUCTION ACTIVITIES AND DISPOSAL
OF CONSTRUCTION WASTE OF CHITTORGARH
CITY
48. M. MOHAN RAJA, V.
VIJAYAKUMAR AND R.
UDHAYAKUMAR
NEW DISCUSSION ON APPROXIMATE
CONTROLLABILITY RESULTS FOR FRACTIONAL
DIFFERENTIAL SYSTEMS OF ORDER R Є (1,2)
49. SAHIL VYAS EVALUATING THE EFFICACY OF MACHINE
LEARNING ALGORITHMS IN SOIL PREDICTION
50. SHUCHI DAVE, S.D. PUROHIT, RITU
AGARWAL, DEEPAK SAJNANI,
SAKSHAM SONI AND AMAN JAIN
WOMEN’S ARMOR
51. PREETI VERMA, BARKHA GUPTA
AND S.K. RATHORE
KINEMATIC ANALYSIS OF HUMAN GAIT USING
IMAGE PROCESSING ON MATLAB
52. PARTH SAMDANI AND BHOPAL
SINGH SINGHVI
AN ANALYSIS OF NOISE POLLUTION AT UDAIPUR
CITY
53. DINESH KUMAR C, UDHAYA
KUMAR R AND VIJAYA KUMAR
NEW RESULTS CONCERNING TO APPROXIMATE
CONTROLLABILITY OF SOBOLEV TYPE NEUTRAL
HILFER FRACTIONAL STOCHASTIC DIFFERENTIAL
SYSTEMS
54. SABRINA GHERAIBIA NUMERICAL MODELLING OF STUDY OF THE
STABILITY OF THE POND SOLAR
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55. DHURAI K AND
SIVASUBRAMANIAN S
ANALYTIC UNIVALENT STARLIKE FUNCTIONS
WITH RESPECT TO A BOUNDARY POINT ORIGIN
56. MAHAVEER PRASAD YADAV, RITU
AGARWAL AND S. D. PUROHIT
ANALYTIC SOLUTION OF FLOW IN KARSTIC
AQUIFER USING DUAL PERMEABILITY MODEL WITH NON SINGULAR KERNEL
57. BAŞAR YILMAZ
ON THE MODIFICATION GAUSS-WEIERSTRASS
INTEGRAL OPERATORS
58. AMAN JAIN AND JINESH
KHANDELWAL
WARM PATIENT MATTRESS
59. MURLI MANOHAR GOUR, SUNIL
JOSHI, SUNIL DUTT PUROHIT AND
PRANAY GOSWAMI
SUFFICIENT CONDITION FOR Q-STARLIKE AND Q-
CONVEX FUNCTIONS ASSOCIATED WITH
GENERALIZED CONFLUENT HYPERGEOMETRIC
FUNCTION
60. MURUGAN A MURU, RADHIKA V
RADHI AND SIVASUBRAMANIYAN
S SIVA
PROPERTIES OF CONVOLUTIONS FOR BESSEL
SERIES WITH UNIVALENT FUNCTIONS
61. SIVAGAMA SUNDARI M S AND
PERIYASAMY D
ENERGY STORAGE SYSTEM FOR DISTRIBUTED
RENEWABLE ENERGY SOURCE IN DISTRIBUTION
NETWORK
62. GAJENDRA KUMAR SARASWAT
SINGLE COUNTER MARKOVIAN QUEING MODEL
WITH MULTIPLE INPUTS
63. SUNIL CHANDAK AND D.L. SUTHAR THE (K, S)-FRACTIONAL CALCULUS OF S-
FUNCTION
64. GERMIN NISHA M, SIVAGAMA
SUNDARI M S AND RAGHUL
KUMAR R.
RESEARCH ON MODULAR MULTILEVEL
CONVERTERS SUITABLE FOR HIGH POWER
ENERGY CONVERSION SYSTEM
65. RAJAE ZRIAA AND SAID AMALI.
SMART RECOMMENDING SYSTEM BASED ON THE
DEGREE OF STUDENT ENGAGEMENT IN E-
LEANING PLATFORMS
66. ANUJA SINHA
EFFECT OF DIFFUSION THERMO ON TRANSIENT
MHD NATURAL FLOW WITH CHEMICAL
REACTION AND MASS TRANSFER IN A SLIP FLOW
REGIME
67. PURUSHOTTAM BHARI ROLE OF ARTIFICIAL INTELLIGENCE BASED
TEACHING & LEARNING IN NATION’S SUCCESS
68. GARIMA JOLLY QUALITY EDUACTION IN GLOBAL PRSEPACTIVE
69. SAPNA GAHLOT AND RAM NARESH
SARASWAT
FUZZY ARITHMETIC GEOMETRIC DIVERGENCE
AND ITS UTILITY IN PATTERN RECOGNITION
70. NEHA GAHLOT, NAGARAJU DASARI AND NEHA GAHLOTNEHA
(GAMMA, DELTA)-FUZZY HYPERIDEALS IN HYPERNEAR RING
71. HIMANSHU MITTAL AND MUKESH
SARASWAT
COMPARATIVE STUDY OF DEEP LEARNING
MODELS ON ACTIVITY CLASSIFICATION OF
DISTRACTED DRIVER
72. RAHAI AMIRA AND GUESMIA
AMAR
ABOUT THE GLOBAL EXISTENCE, UNIQUENESS
AND BOUNDEDNESS OF THE WEAK SOLUTION
FOR THE ELLIPTIC-PARABOLIC SYSTEM
73. SHWETA VYAS AND PREETI SONI X-RAY DIFFRACTION TECHNIQUE: AN ADVANCE
TOOL FOR CHARECTERIZATION OF AGRO WASTE
MATERIALS
74. DEEPANSHU ARORA, SANJAY
SHARMA, YOGESH CHANDRA
SHARMA, DHIRENDRA MATHUR,
VIKAS BARANWAL AND MAHESH KUMAR JANGID.
APPLICATION OF TAGUCHI TECHNIQUE FOR
OPTIMAL EVALUATION & CHARACTERIZATION
OF INCONAL-625
75. CHIMAN LAL AND R. D. PANKAJ.
NUMERICAL ELUCIDATION OF KLEIN-GORDON-
ZAKHAROV SYSTEM
76. RAM DAYAL PANKAJ.
NEW ANALYTICAL METHOD FOR NONLINEAR
WAVE SYSTEM
77. NAVNEET SHARMA AND S.S. POWER TRANSMISSION SYSTEM IN ALH- A
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GODARA REVIEW
78. AVINASH PANDEY AND MUKESH
SARASWAT
COMPARATIVE ANALYSIS OF CLUSTERING
METHODS FOR SENTIMENTAL DATA
79. DHIRAJ SINGH, DIVYANSHI DWIVEDI AND M
BALASUBBAREDDY.
HYBRIDIZATION OF ANT LION OPTIMIZATION ALGORITHM WITH THE ARITHMETIC CROSSOVER
OPERATION OF GENETIC ALGORITHM FOR
OPTIMAL POWER FLOW
80. M BALASUBBAREDDY, DIVYANSHI
DWIVEDI AND DHIRAJ SINGH.
NOVEL OPTIMAL PLACEMENT OF IPFC FOR
SOLVING OPTIMAL POWER FLOW PROBLEMS
USING HYBRID SINE-COSINE ALGORITHM
81. RAJU PAL AND MUKESH
SARASWAT
DESIGN AND DEVELOPMENT OF EFFICIENT
IMAGE/VIDEO SEGMENTATION METHODS FOR
ROAD ACCIDENT DETECTION
82. MUKESH SARASWAT AND RAJU
PAL
DATA AUGMENTATION ON ULTRASOUND IMAGES
FOR BREAST CANCER CLASSIFICATION USING
DEEP LEARNING
83. MAHESH KUMAR JANGID, SHYAM
SUNDER SHARMA, DHIRENDRA
MATHUR, YOGESH CHANDRA SHARMA AND DEEPANSHU ARORA
PREPARATION AND CHARACTERIZATION OF
MG/NI THIN FILM FOR HYDROGEN STORAGE
APPLICATIONS
84. SUNIL DUTT PUROHIT
ON THE SOLUTIONS FOR GENERALIZED MULTI-
ORDER FRACTIONAL PARTIAL DIFFERENTIAL
EQUATIONS ARISING IN PHYSICS
85. MRIDULA PUROHIT AND RASHMI
GOYAL
SHEHU INTEGRAL TRANSFORM OF THE S-
FUNCTION
86. AMOGH SHARMA, JYOTI SHARMA
AND DHIRAJ SINGH.
BIODIESEL: NEEM OIL IMPACT ON ENGINE
PERFORMANCE
87. FERNANDO SOLIS, CESAR
VÁSCONEZ, DOLORES
REXACHS AND EMILIO LUQUE.
MODELO COMPUTACIONAL Y MONITOREO EN
ATENCIÓN MÉDICA INTEGRAL A PACIENTES CON
EPOC, BASADO EN TELEMEDICINE
88. VANDANA AGARWAL AND
MAYANK VARSHNEY
STUDY ON LAPLACE TRANSFORMATION AND ITS
APPLICATION: A REVIEW
89. VEERESH THAKUR, MANISH
KUMAR GOUR, SHAINA ARORA
A STUDY OF WEATHER FORECASTING IN IOT
TECHNOLOGY
90. HARSH VARDHAN, SHAINA ARORA,
ANKIT KUMAR TIWARI
DIGITAL MARKITING
91. RUCHI SHARMA, DHIRENDER
MATHUR AND Y.C. SHARMA
EFFECT OF AIR ANNEALING ON THE OPTICAL
BANDGAP OF SE THIN FILM
92. ANULIKA SHARMA AND RAM
NARESH SARASWAT
OSTROWSKI INEQUALITY AND APPLICATIONS
FOR THE HH-F DIVERGENCE MEAASURE IN TERMS
OF ℵ^2-MEASURE
93. RANA PRATAP SINGH AND
PRAVEEN KR. NAVIN
STUDY OF HEAVY METALS IN UNDERGROUND
SOIL STRATA NEAR ALIGARH CITY
94. SHAHID SHABIR AND BHOJRAJ
AGARWAL
LEACH ROUTING PROTOCOL OF WSN AND DTN
FOR THE SCRUTINY OF SECURITY THREATS
95. ALI ALI HUSSEIN ATEF AND
BHOJRAJ AGARWAL
DEVELOPING REAL LIFE, TASK ORIENTED
APPLICATIONS FOR THE INTERNET OF THINGS
96. DHEERAJ KUMAR JOSHI, NATASHA
AWASTHI AND SHSHANK CHAUBE
HESITANT PROBABILISTIC FUZZY SET BASED
MCDM METHOD WITH APPLICATIONS IN
PORTFOLIO SELECTION PROCESS
97. MANISH PUROHIT.
ENERGY EFFICIENT WATER QUALITY
MONITORING USING WIRELESS SENSOR
NETWORKS
98. NIKETA SHARMA, ASHISH
SHARMA, YOGENDRA GUPTA AND
DR. HARISH SHARMA
GAN HEMT DEVICE MODELING USING MACHINE
LEARNING ALGORITHM
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 40
99. GARIMA JOLLY.
BRIDGING THE GAP BETWEEN TRADITIONAL AND
CONTEMPORARY EDUCATION SYSTEM FOR
TEACHING AND PROFESSIONAL COURSES
100. VIJAY KUMAR VYAS FACTS AND FIGURES OF ANCIENT MATHEMATICAL TECHNIQUES
101. ASHUTOSH SHARMA,
SUNITA BISHNOI AND SARITA
CHOUDHARY
ELECTROCHEMICAL DETERMINATION OF
ARSENIC IN DRINKING WATER BY USE OF
CARBON NANO TUBES MODIFIED SENSOR.
102. KAVITA SHARMA AND P C GUPTA
A REVIEW ON ARTIFICIAL BEE COLONY AND
PARTICLE SWARM OPTIMIZATION ALGORITHMS
103. SHRUTI GUPTA AND RAJANI
KUMARI
A REVIEW ON SWARM INTELLIGENCE BASED
ALGORITHMS FOR LARGE SCALE SINGLE
MACHINE TOTAL WEIGHTED TARDINESS
PROBLEM
104. MUKESH SARASWAT AND
HARISH SHARMA
AGE INVARIANT FACE RECOGNITION MODEL
USING GENERATIVE ADVERSARIAL NETWORK
105. MUSKAN YADAV, SANJAY YADAV
SIMILARITY METHOD TO STUDY STRONG
SHOCKWAVES IN NON-IDEAL MAGNETO GAS
DYNAMICS
106. LOKESH YADAV, GARIMA
AGARWAL
NEW ITERATIVE Ρ-LAPLACE TRANSFORM
METHOD
FOR (2+1) DIMENSIONAL PHYSICAL MODELS
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 41
Abstracts
of
Invited
Talks
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 42
ARE WE PREPARED TO ACCEPT THE REALITY?
Prof. Ravi P Agarwal
Department of Mathematics, Texas A&M University-Kingsville
700 University Blvd., Kingsville, TX, USA
In this lecture an attempt is being made to convince the world, especially we
Indians that in reality Bharat, the Greater India, is the origin of mathematics. This
will correct what most of the historians of Mathematics have claimed in their
books, and we have accepted it religiously. We will also try to reassure that
Mathematics as well as Proof cannot be defined. Further, we shall discuss features
of Upapattis (word in Pali, Sanskrit, and Marathi languages) in Indian
Mathematics.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 43
NEW ASPECTS OF FRACTIONAL CALCULUS AND ITS
APPLICATIONS
Prof. Dumitru Baleanu
Department of Mathematics,
Cankaya University, 06530 Balgat, Ankara, Turkey
Institute of Space Sciences, Magurele-Bucharest, Romania
Fractional calculus has a huge history of 325 years and various fractional
operators were invented and applied successfully in various branches of science
and engineering. In my talk I will present some new trends within fractional
calculus and its applications. Particularly the applications in mathematical
biology will be discussed in details.
Index Terms-Fractional calculus;Caputo derivative; Mittag-Leffler kernels;
modeling ;mathematical biology.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 44
NONLINEAR DYNAMIC RESPONSE ANALYSIS USING
CONVOLUTIONAL NEURAL NETWORK (CNN)
Prof. S.P Harsh
Indian Institute of technology,
Roorkee,India
Dynamic systems are very sensitive to either initial conditions or boundary
conditions, hence, their response classifications from periodic to periodic or as
chaotic (with strong and weak attractor) and non-chaotic (quasi-periodic (QP)) are
important from design point of view. For that an AI classification method is
introduced using Deep Convolution Neural network (DCNN) utilizing compressed
sensing to super-resolve the pattern image for high-frequency details for classifying
the nonlinear dynamic responses. These phase trajectories are then preprocessed
using block based compressed sensing (BBCS), which utilizes the sparse
representation ability of images to enhance the representational ability of the
pattern. Trained DCNN yields a validation accuracy of 99.95%.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 45
ROUTH ROMANOVSKI CLASS OF ORTHOGONAL
POLYNOMIALS AND THEIR APPLICATIONS
Dr. A. Swaminathan
Associate Professor,
Department of Mathematics,I.I.T. Roorkee, 247 667, India
E-mail: [email protected]
Besides the classical Orthogonal polynomials, namely Jacobi, Laguerre and Hermite
polynomials three more related classical orthogonal polynomials exist in the literature
which support the measure at finite points. The literature on these polynomials is very
minimum, but these polynomials have several applications. In this talk, besides the
basic definition and few interesting properties such as chain sequences and
interlacing of zeros of these polynomials, certain interesting applications will be
outlined.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 46
SOFT COMPUTING MARKET RESEARCH ANALYTICS ON
RECOMMENDATION FOR TOURISTS DESTINATIONS IN
VARANASI-INDIA
Dr. Pankaj Srivastava
Professor & General Secretary*
Department of Mathematics
M.N.National Institute of Technology Allahabad, Prayagraj ,India
E:[email protected],+919696030005
The tourist destinations of the India welcome people from all around the world to
have a view of Incredible India and due to that a large number of tourists from
different countries arrive in India to have a view of architectural beauty of various
historical monuments, Indian culture and various sea beaches located at different
parts of the country. As a pre-travel strategy, people research the places which they
want to visit, and their choice of tourist destinations depends on criteria about the
tourist places on the basis of tourist literatures, tourist views and many more facts
available on social media and attractive tourist policies promoted by Gov.
Agencies.
The present talk is focused on design and development of Soft Computing based
ranking system under the criteria of sensitivity analysis Inputs, to generate the
ranks of different tourist destinations of a particular country, state, region or a city.
In this talk destination is focused on the ancient living city of the planet Earth i.e.
Varanasi.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 47
IMPACT OF QUANTUM CALCULUS IN GEOMETRIC
FUNCTION THEORY
Dr. S. Sivasubramanian
Department of Mathematics,
University College of Engineering,
Anna University, Tindivanam 604001, India
E-Mail: [email protected]
The study of old history around 250 years of quantum calculus or q−calculus, since
the studies of Bernoulli and Euler, is frequently considered to be one of the most
complicated subjects to engage in mathematics. Recently, there is a swift growth of
activities around q−calculus due to its applications in various fields such as
mathematics, mechanics and physics. The past study of q−calculus may be
illustrated by its extensive selection of applications in quantum mechanics, analytic
number theory, theta functions, hyper geometric functions, theory of finite
differences, gamma function theory, Bernoulli and Euler polynomials, Mock theta
functions, Combinatory, umbra calculus, hyper geometric functions, operator
theory, and more recently in the theory of analytic and harmonic univalent
functions. In geometric function theory, we are generally interested in q−analogues
of the classes that arise naturally, rather than in arbitrarily contriving q−analogues of
known results. In this talk, we will discuss survey of recent results of q−calculus in
the theory of analytic as well as harmonic univalent functions
Key words and Phrases: q-calculus, Analytic, Starlike, Boundary point
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 48
FRACTIONAL CALCULUS AND ITS APPLICATIONS TO
PHYSICAL SCIENCE
Prof. Sunil Kumar
National Institute Of Technology
Jamshedpur, India
This work suggests a analytical technique called the fractional homotopy analysis
transform method (FHATM) for solving nonlinear homogeneous and no
homogeneous time-fractional gas dynamics equations by adopting non-singular
derivative namely, CF derivative, AB derivative. The FHATM is an innovative
adjustment in Laplace transform algorithm (LTA) and makes the calculation
much simpler. The proposed
technique solves the nonlinear problems without using A domain polynomials
and He’s polynomials which can be considered as a clear advantage of this new
algorithm over
decomposition and the homogony perturbation transform method. In this paper, it
can be observed that the auxiliary parameter, which controls the convergence of
the HAT approximate series solutions, also can be used in predicting and
calculating multiple solutions. This is a basic and more qualitative difference in
analysis between HATM and other methods. The solutions obtained by the
proposed method indicate that the approach is easy to implement and
computationally very attractive. The proposed method is illustrated by solving
some numerical examples.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 49
A GLIMPSE AT THE RENORMING THEORY FOR THE FIXED
POINT PROPERTY IN BANACH SPACES
Dr. Hemen Dutta
Department of Mathematics,
Gauhati University, Guwahati, India
This talk aims to focus on various aspects of renorming theory in Banach spaces for
the fixed point property. It shall also discuss some of the major findings in this area
of research with some potential applications.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 50
FIXED POINTS OF PEROV’S TYPE (Β, F) CONTRACTIONS IN
VECTOR-VALUED B-METRIC SPACES
Dr. Muhammad Nazam
Department of Mathematics,
Allama Iqbal Open University, H-8, Islamabad, Pakistan
e-mail: [email protected]
The Banach contraction principle, proved to be a theory changer. It gave a new
direction to fixed point theory by adding metric structure and an inequality (called
contraction) to it. The fixed point theory made its position in mathematics literature
due to its smart applications to show the existence of solutions to real life
mathematical models. The metric fixed point theory attracts many mathematicians
to explore it more. The Banach contraction principle has been generalized by
introducing various new inequalities called contractions or contractive conditions
and metric structures. Its application mostly address differential, integral, functional
and matrix equations (both linear and nonlinear). Hundreds of research articles
published contain many useful generalizations of the Banach contraction principle.
One of these generalizations is F-contraction. Recently, Ishak Altun, in his nice
paper (Fixed point results for Perov type F-contractions and an application, J. Fixed
Point Theory Appl. (2020) 22:46 https://doi.org/10.1007/s11784-020-00779- 4)
explored the concept of F-contraction on vector-valued metric spaces by considering
vector-valued auxiliary function F with some axioms. In this talk, we shall discuss a
Perov’s type (β, F)-contraction and devise a mathematical method to investigate its
fixed points under the vector-valued b-metric structure. Our work generalizes
several recent results existing in the literature. We apply the main theorem to show
the existence of the solution to delay integro-differential problem. The results and
discussions presented may lead interested researchers to do more on this subject.
The main result addresses Banach type contraction in vector-valued bmetric spaces
which is itself a fundamental result in vector-valued b-metric space. The application
methodology is also explained so that new related results can be modelled to show
existence of solutions to various linear and nonlinear equations representing models
of corresponding real life problems.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 51
Abstracts
of
Research
Papers
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 52
PAPER ID: 01
FUZZY DYNAMIC ADAPTION STRATEGY USING ABC TO
DESIGN CONTROLLER PARAMETER OF WIND TURBINE
EMULATOR
Ajay Sharma, Harish Sharma, Ashish Khandelwal and Nirmala Sharma
To assume a motor as a wind turbine emulator (WTE) is presently in custom. It
eases the disadvantages of onsite experimentations. Here, the proportional-integral
(PI) control parameters used in WTE are estimated. It is demonstrated in the
literature, that nowadays, artificial bee colony (ABC) the algorithm is found
suitable for many engineering optimization problems. So, here ABC is included
with the fuzzy adaption fuzzy dynamic adaption strategy (FDAS). This modified
strategy is applied to estimate the PI controller parameters of WTE. The outcomes
are compared with the well-known strategies and it is found that the proposed
method is competent enough in this area
PAPER ID: 02
NATURE INSPIRED APPROACHES FOR WIND FARM
LAYOUT OPTIMIZATION PROBLEM: A SURVEY
Nirmala Sharma, Harish Sharma, Ajay Sharma, Kavita Sharma and Prashant Singh
Rana.
Wind farm layout optimization problem (WFLOP)is a significant issue in the field
of non-conventional energy generation sources. The WFLOP defines the positions
of the wind turbines in a given wind farm in such a way that results in maximize
the power output. WFLOP comprises of two models namely, wake effect model
and power model. The reduction in wake loss results in maximum power output.
Many nature inspired techniques have been presented for WFLOP. The available
results are very motivating. This article presents a study and comparative analysis
of significant nature inspired approaches available for WFLOP. This article also
provides future research directions in this field.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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PAPER ID: 03
WEAK FUZZY GRAPHS AND SOME COMPLEMENT
PROPERTIES OF WEAK FUZZY GRAPHS
Prasanna A and Nishad T M
(σ,μ) is a fuzzy graph, G ̅:(σ,μ ̅ ) is its complement and G^μ:(σ,μ^μ ) is its μ-
complement. This article discusses weak fuzzy graphs, some properties of weak
fuzzy graphs and the complement properties of weak fuzzy graphs.
PAPER ID: 04
INTERVAL VALUED WEAK FUZZY GRAPHS
Prasanna A and Nishad T M
In 2009, Hongmei and Lianhua defined Interval Valued Fuzzy Graph (IVFG). This
article discusses μ- complement of an IVFG. It is proved that Interval Valued
Weak Fuzzy Graphs (IVWFG) are closed under μ- complementation, hold the law
of double complementation and simulate the mathematical model of strength of
signals in neural communication.
PAPER ID: 05
BI-COMPLEX VERSION OF GENERALIZED STIELTJES
TRANSFORM
Ritu Agarwal and Urvashi Purohit Sharma
Motivated by the recent developments of the integral transform in bicomplex
form, in this paper the formula for bicomplex version of Generalized Stieltjes
transform has been derived. Also some of it's basic operational properties has been
discussed.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 54
PAPER ID: 06
DYNAMIC STABILITY ENHANCEMENT OF GRID
CONNECTED HYBRID SOLAR-WIND SYSTEM USING GREY
WOLF OPTIMIZATION TECHNIQUE
Ashish Khandelwal, Nirmala Sharma, Ajay Sharma and Harish Sharma
Due to the limited resources of conventional energy, the world has diverted
towards non-conventional energy resources. The integration of solar and wind
hybrid grid-connected systems may the solution for future energy. The dynamic
stability issue of this hybrid system is a significant problem. For the solution to this
problem super conducting magnetic energy storage (Smes) unit is added to the
considered hybrid system. This Smes unit contains a chopper and voltage source
converter (VSC) unit. This unit supplies necessary apparent power to the system as
and when required which balances the frequency and voltage of the system. This
Smes unit improves the dynamic stability of the system. This Smes unit has been
controlled according to the duty cycle of the DC-DC chopper. The optimal duty
cycle is selected with the help of the recent nature-inspired grey wolf optimization
(GWO) algorithm. This optimal duty cycle operation has been compared with the
without Smes unit system and without optimal duty cycle operation. The
MATLAB simulation results validated the proposed system.
PAPER ID: 07
RESEARCH PAPER ON FACIAL EMOTION RECOGNITION
USING TRANSFER LEARNING
Shubham Khandelwal,Sunil Kumar,Shaina Arora
Facial Emotion Recognition is considered very significant for Human Computer
Interaction (HCI) and they play a vital role in everyday human life. In recent years
Convolution Neural Network (CNNs) has become very popular among researcher
for image analysis, because CNNs have generated remarkable results. However,
CNNs needs a lot of data to train from scratch. This problem has been addressed
by several researchers who have trained CNNs with millions of images; this
training knowledge can also be used in a different task which is known as Transfer
Learning. AlexNet is one of the best pre-trained CNNs. Our work reflects a brief
comparison between modern pre trained CNNs and using transfer learning with
classification approach like Support Vector Machine (SVM), generally known as
hybrid classifier. The testing has been done on two very popular expression
database Cohn-Kanade+(CK+) database and Natural Visible and Infrared
Expression (NVIE) database. A result clearly depicts that pre-trained CNNs
produces better result than handcrafted approaches.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 55
PAPER ID: 08
FINANCIAL SERVICES THROUGH MACHINE LEARNING
Vedant Pachori, Puneet Soni and Monika Garg
Financial Services is an intensely managed industry and authoritative intricacy that
is driven by business fragments, product offerings a multi-tude of channels and
exchange volumes. The part of information onto the budgetary administrations
foundations has filled exponentially lately and is progressing quickly. Customary
information arrangements were manufactured dependent on the requests of prior
days utilizing advancements accessible by then. In any case, the ever-developing
measure of information and the experiences that would now be able to be removed
from it have delivered these arrangements obsolete. Today, Machine Learning
picks up foothold in advanced organizations and holds onto it as an instrument for
making operational efficiencies. The AI calculation can examine a huge number of
information sources at the same time, something that human merchants can't in any
way, shape or form accomplish. They help human dealers crush a thin preferred
position over the market normal. Furthermore, it has given the immense volumes
of exchanging activities that little bit of leeway frequently convert into huge
benefits. Hearty engineering plans are one of the regular characteristics of a fruitful
venture money related environment. This article talks about the utilization cases,
advantages and catch and the necessities of AI design to monetary administrations
establishments. Essentially we examine in this audit paper about the advantages
and limitations of AI in fund and how much supportive it is for future purposes.
PAPER ID: 09
MHD FLOW OF GAMA-AL_2O_3 NANOFLUIDS WITH
THERMAL RADIATION AND HEAT SOURCE/SINK EFFECTS
OVER A STRETCHING SURFACE EMBEDDED IN POROUS
MEDIUM
Priyanka Agrawal, Praveen Kumar Dadheech, R.N Jat and S.D. Purohit
In this study, a 2-D gama-Al_2O_3 nanofluid flow over a stretching surface with
Marangoni convection embedded in a porous medium is investigated. Here the
magnetic field and nonlinear thermal radiation are also applied with heat
source/sink. A comparative analysis is presented for water and ethylene glycol-
based gama-Al_2O_3 nanofluids. A mathematical model of the present problem
with appropriate boundary conditions is given in terms of partial differential
equations.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
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Numerical calculation of this model is computed by the Runge-Kutta method of
order four with shooting technique by utilizing the suitable similarity
transformations. Temperature and velocity fields are studied analytically and
illustrated by the graphs for various flow control parameters. Results shows that
the temperature profile of the gama-Al_2O/H_2O nanofluid is always higher than
the gama-Al_2O/C_2H_6O_2 nanofluid hence gama-Al_2O/H_2O nanofluid
becomes more significant in cooling process then gama-Al_2O/C_2H_6O_2
nanofluid.
PAPER ID: 10
MARANGONI FLOW OF GAMA-AL_2O_3 NANOFLUIDS PAST
A POROUS STRETCHING SURFACE WITH THERMAL
RADIATION IN PRESENCE OF INCLINED MHD
Praveen Kumar Dadheech, Priyanka Agrawal and Anil Sharma.
Abstract: Nanofluids have its applications in various areas like biomedical,
thermal and chemical engineering, etc., so over a porous stretching surface a study
ofgama-Al_2O_3 nanofluids with Marangoni convection is presented. Here the
aligned magnetic field is also considered. Here base fluids are Ethylene glycol and
water. Thermal radiation is incorporated non-linearly for the temperature field. A
comparative study of two, Ethylene glycol and water based fluids with suspended
nanoparticals ofgama-Al_2O_3 , has presented graphically. Numerical solutions
are obtained by using similarity transformation in the governing equation of the
flow with the help of Runga-Kutta fourth order method. Velocity and temperature
fields are graphically shown for various flow control parameters.
PAPER ID: 11
OPTIMAL SETTING OF PARAMETERS OF POWER SYSTEM
CONTROLLERS USING PSO TECHNIQUE FOR ECONOMIC
LOAD DISPATCH
Ansil Sharma and Govind Rai Goyal.
Power generating system has the responsibility to ensure that adequate power is
delivered to the load, both reliably and economically. The quality of power
delivered is affected due to continuous changes in load. But the ability of power
system to track the load is limited due to technical considerations. Hence, a power
system control is required to maintain a continuous balance between power
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 57
generation and load demand. Load frequency controller and automatic voltage
regulator play an important role in maintaining constant frequency and voltage in
order to ensure the reliability of electric power system. This paper deals with the
tuning of parameters of automatic generation controller and automatic voltage
regulator by artificial intelligent techniques. In this paper, Particle Swarm
Optimization is proposed to find the optimal settings of controller’s parameters.
Proposed algorithm reduces transient oscillations and also increases the
computational efficiency. Simulation results demonstrate that the proposed
algorithm provide better performance characteristics of frequency and voltage
controllers with respect to steady state error, oscillations and overshoot.
PAPER ID: 12
A NUMERICAL SIMULATION ON THE EFFECT OF
VACCINATION AND TREATMENTS FOR THE
TRANSMISSION DYNAMICS OF FRACTIONAL ORDER
HEPATITIS B MODEL.
Haile Habenom Anteneh and D.L. Suthar
In this paper, we formulate a nonlinear fractional order model for the outbreaks of
Hepatitis B virus (HBV). And, the epidemiological HBV model is expressed in a
system of fractional order differential equations. Taking into account as the
fractional order has better memory effect, the system of nonlinear differential
equations is represented by the capitol operator to numerically approximate the
fractional derivatives. Once, the infectious HBV model is described
mathematically in terms of nonlinear systems of differential equations, the authors
used Chebyshev collocation method with finite difference method in its hand to
reduce into systems of nonlinear equations and hence Newton Raphson method is
used to arrive at an approximate solution. Finally, we simulate the result of
Chebyshev collocation method for the contagious disease Hepatitis B model using
MATLAB 2020a with the result of the methods have already been presented in the
literature.
PAPER ID: 13
ON WEYL FRACTIONAL Q-INTEGRAL OPERATOR
ASSOCIATED WITH GENERAL CLASS OF Q-POLYNOMIALS
Biniyam Shimelis, Nigussie Abeye and D.L. Suthar.
The present article aims at the derivation of generalized Weyl fractional q-integral
formulae, which involves the general class of q-polynomials and their usefulness
illustrated by considering some Examples. Efendi Efendi. The Projection of
Indonesian Population using Stochastic Differential Equation. In this paper, it was
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 58
studied the application of stochastic differential equations to predict the Indonesian
population projection. The data is the Indonesian census from 1930 to 2010
published by The Indonesian Census Board. The data were simulated using Maple
software. The result is the Indonesian population growth depends on population
growth rate. In the simulation, the growth rate was assumed to vary from 1.4 % to
1.8 %. The result is similar to BKKBN prediction published on Thursday 3
October 2015, that Indonesian people reached 345 million or more
PAPER ID: 14
THE PROJECTION OF INDONESIAN POPULATION USING
STOCHASTIC DIFFERENTIAL EQUATION
EFENDI EFENDI
In this paper, it was studied the application of stochastic differential equations to
predict the Indonesian population projection. The data is the Indonesian census
from 1930 to 2010 published by The Indonesian Census Board. The data were
simulated using Maple software. The result is the Indonesian population growth
depends on population growth rate. In the simulation, the growth rate was assumed
to vary from 1.4 % to 1.8 %. The result is similar to BKKBN prediction published
on Thursday 3 October 2015, that Indonesian people reached 345 million or more
PAPER ID: 15
A REVIEW OF HEAVY METALS CONTAMINANTS IN
DRINKING GROUND WATER AND THEIR IMPLICATIONS
ON HUMAN HEALTH
Gajendra Kumar Saraswat, S. K. Sharma and Praveen Purohit.
Water is of fundamental necessity for life on earth. The synthesis and structure of
cell constituents and transport of nutrients into cells as well as body metabolism
depend on water. The heavy metals contaminants present in water disturb the
spontaneity of mechanism and result in long/short-term disease. The main threats
to human health are associated with the exposure to heavy metals like, lead, zinc,
copper, magenese, nickel, chromium, arsenic and mercury. Heavy metals toxicity
could lead to major health issues as damaged or reduced mental and central
nervous function, lower energy levels, tooth discoloration and damage to blood
composition, lungs, kidney, liver, and other vital organs. Contaminants assessment
revealed heavy metals to be extremely contaminated in the ground water. Heavy
metals are sound to be from anthropogenic source and correlated significantly with
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ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 59
each other. Long term exposure may result is slowly progressing physical,
muscular, and neurological degenerative processes that mimic Alziheimer’s
disease, Parkinson’s disease, muscular dystrophy, and multiple sclerosis. Allergies
are not unusual and repeated long-term contact with some metals or their
compounds may even cause of Cancer (International Occupational Safety and
Health Centre 1999). The probable heavy metals contaminants and their possible
routes, impact and bio-toxic implications on human beings are discussed in current
review.
PAPER ID: 16
SCIENTIFIC METHODS IN COMPUTER SCIENCE
Abhinav Tyagi.
This paper analyzes scientific aspects of engineering science. Initial it defines
science and methodology generally. It provides a discussion of relations between
science, research, development and technology. Computer Science may be a new
field and its object of investigation (universe) may be a pc, that is associate degree
ever-developing whole thing, the materialization of the ideas that try and structure
data and therefore the Information regarding the globe, as well as computers
themselves. but completely different, engineering science has its basis in Logic and
arithmetic, and each theoretical and experimental analysis strategies follow
patterns of classical scientific fields. Pc modeling and simulation as a way is
particular for the discipline, and it's reaching to develop even additional within the
future, not solely applied to computers, however conjointly to alternative scientific
also as business and inventive fields.
PAPER ID: 17
A MATHEMATICAL FRACTIONAL MODEL FOR DIFFUSION
OF CYTOSOLIC CALCIUM
Kritika Kritika and Ritu Agarwal.
In present work we investigate the calcium signaling in cardiac myocytes. On basis
of concept of anomalous diffusion a mathematical model was proposed to
characterize the anomalous sub diffusion of cytosolic calcium. Here, we develop a
model for the anomalous sub diffusion of cytosolic calcium incorporating
fractional derivative with respect to space variable and fractal derivative with
respect to time variable. We have applied the Crank-Nicolson finite difference
scheme for numerical approximation. The numerical simulation for the solution of
the developed model is presented graphically for various values of fractal
dimension and fractional order.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 60
PAPER ID: 18
WHY STUDY MATHEMATICS
Sonam Chhabra.
Most students wish to know why they compelled to study the most engrossing and
the most phobia causing subject in the school syllabus i.e. “MATHEMATICS”.
Generally, teachers cannot figure-out its real life application and they just focus on
completing their course work on time. When teachers tries to believe firmly their
students in the truth that mathematics is beneficial in many professions, especially
in medical sciences & engineering, in fact we can say that in every field it has its
own importance but somehow students wrongly interpreted that mathematics are
not essential in the profession except medical sciences & engineering. So,in this
chapter, I will discuss - Importance and Objective of mathematics in our daily life.
An effort is being made through this brief paper to draw an attention on it and
specially to motivate and to learn this subject with intense interest and enjoyment,
without any fear.
PAPER ID: 19
2X2 MIMO DUAL-BAND ANTENNA SYSTEM DESIGN FOR
5GENERATION TERMINALS
Narayan Krishan Vyas.
The antenna system consists of four segments which makes 2x2 MIMO operating
at a dual-band (28GHz/38 GHz) frequency constructed at an angle of 90˚ to each
segment. A resultant impedance bandwidth (S11˂ -10dB) is obtained by the
proposed antenna design at frequency 28.8 GHz & 38.098 GHz is -15.83dB and -
11.87dB, respectively, which is applicable & allocated to the 5G communication
terminals by the Federal Communications Commission. By using MIMO antenna
system, capability and transmission speeds can be in-creases/improved for better
communication system. The designs of such antennas are important in visualizing
the desired result with the simulation and help to realize the required antenna
outcomes for future process/work. The simulation impact helps us to test certain
changes in parameters for the better performance with specifications of the built
device, such as return constraint, antenna isolation & bandwidth. To obtain good
results we use RT/Duroid 5880 as low cost/ lossless substrate in designs. For both
operating frequencies, the achieved band width for MIMO is more than 1GHz, is
highly desirable for future work.
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PAPER ID: 20
DESIGN AND SIMULATION OF A STANDALONE HYBRID PV
SOLAR –FUEL CELL POWER PLANT FOR CLEAN
ELECTRICAL ENERGY FOR REMOTELY LOCATED
HAMLETS (DHANI)
Sandip Mehta
A significant area of Western Rajasthan is enveloped by the Thar desert which is
very sparsely populated. The rural population lives in ‘dhani’ (a type of hamlet, the
smallest conglomeration of houses) often having a population under 100 people.
Besides, severe dust storms, meager availability of water, intense heat, wind
erosion hazards and high degree of biotic pressure impose severe constraints on
human, animal and plant life. Despite the best efforts of the government, the
electrical power situation is quite discouraging owing to the sparse population and
wind erosion hazards. A good number of villages are still not electrified. This
paper proposes the design and simulation of a standalone hybrid PV Solar –Fuel
Cell power plant for clean electrical energy for remotely located hamlets (dhani)
which could cater to the power needs of the scantily populated villages leading to
their development in terms of education and employment. During day time, a part
of the electrical energy generated from the PV system would be utilized for the
electrolysis of water for producing hydrogen and oxygen, which would be stored in
cylinders of adequate material. During the evenings and nights, the hydrogen and
oxygen stored in the cylinders would be fed to the fuel cell for production of
electricity. To increase the efficiency of the system, it is proposed that the
connected load is dc in nature.
.
PAPER ID: 21
ON TRANSVERSAL VIBRATIONS OF AN AXIALLY MOVING
STRING UNDER STRUCTURAL DAMPING
Sunny Kumar Aasoori, Rajab Ali Malookani and Sajad Hussain Sandilo
In this paper the transversal vibrations of axially moving string under structural
damping are studied. The focus on the possibility of truncation method has been
discussed. Governing equations of motion is modeled as second order linear
homogeneous partial differential equation with constant coefficients. The string is
taken to be fixed at both ends. To construct the asymptotic approximations, the
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Fourier expansion method in conjunction with the two timescales perturbation
method is employed. Amplitude-response of individual mode is computed under
the effect of various structural damping parameter values. It is obtained that the
response of individual-mode decays as the time increases. Furthermore, to
investigate the applicability of truncation method, the method of characteristic
coordinates and two timescales perturbation method are used in conjunction with
each other. The amplitude-response subject to the specific initial conditions under
the effect of various structural damping parameter values is computed. It turned
out that amplitude-response decay as the time increases. Energy of the system is
also computed and found to be decaying as the time progresses. From the
amplitude-response of the system and individual mode amplitude-response, it is
found out that the mode-truncation is allowed in the structural damping case.
PAPER ID: 22
REMARKS ON THE TWO- POINT CAPACITANCE FOR
INFINITE 2D NETWORK
Jihad Asad.
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PAPER ID: 23
RAFI: PARALLEL DYNAMIC TEST-SUITE REDUCTION FOR
SOFTWARE
Najneen
A trend in software testing is reducing the size of a test suite while preserving its
overall quality. For software, requirements and a set of test cases are given. Each
test case is covering some requirements. In this paper, our goal is to find the
method for test-suite reduction (TSR) to calculate the minimal subset of test cases
that cover all the requirements across versions. While this problem has gained
significant attention, it is still difficult to find the smallest subset of test cases and
widely used methods solve this problem with only approximate solutions. In this
paper, our goal is to find the greedy method for test-suite reduction (TSR) to
calculate the minimal subset of test cases that cover all the requirements across
versions. There are already existing exponential-time algorithms and greedy
algorithms to find the TRS in a version-specific and across versions.
We proposed a new parallel greedy heuristic method RAFI to find minimal test
sets in across versions. Our approach shows that: (i) RAFI is much faster than the
exponential time algorithms and approximately 1000x time faster than the
traditional greedy method. (ii) RAFI method achieves roughly the same reduction
rate compared to the traditional greedy method.
PAPER ID: 24
ELECTRIC VEHICLES: CHARGING INTO THE FUTURE
Sumit Joshi, Rahul Vyas and Shailendra Bohra
Electric vehicle drives offer a number of advantages over conventional internal
combustion engines, especially in terms of lower local emissions, higher energy
efficiency, and decreased dependency upon oil. Yet there are significant barriers to
the rapid adoption of electric cars, including the limitations of battery technology,
high purchase costs, and the lack of recharging infrastructure. With intelligently
controlled charging operations, the energy needs of potential electric vehicle fleets
could be covered by existing German power plants without incurring large price
fluctuations. Over the long term, electric vehicles could represent a sustainable
technology path. In the short to mid-term, however, exceedingly optimistic
expectations should be avoided, especially with respect to the reduction of
greenhouse gas emissions. Electric vehicles as such will not be able to solve all
current problems of transportation policy. Yet they may constitute an important
component of a larger roadmap for sustainable transportation.
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PAPER ID: 25
EFFECT OF RADIATION ON THREE DIMENSIONAL
COUETTE FLOW AND HEAT TRANSFER IN POROUS
MEDIUM BETWEEN TWO PERMEABLE PLATES WITH
SINUSOIDAL TEMPERATURE
Manish Krishan Vyas and S. S. Tak.
Taking thermal radiation into account, a three dimensional Couette flow and heat
transfer through a porous medium between two parallel infinite porous plates is
considered. The stationery plate is subjected to a slightly sinusoidal surface
temperature with transverse sinusoidal suction velocity while the moving plate is
isothermal with uniform injection velocity. The expressions for components of
skin friction and rate of heat transfer at the stationery plate and recovery factor at
the insulated plate are obtained. These parameters are plotted against Reynolds
numbers for various values of other parameters and discussed in detail.
PAPER ID: 26
SOME EXPANSION FORMULAE OF INCOMPLETE H-
FUNCTIONS USING LEIBNIZ RULE
Sapna Meena and Sanjay Bhatter
In this article, using the Leibniz rule for the Riemann-Liouville type derivatives,
we have established some expansion formulae of the incomplete H-functions.
Further, we also have derived expansion formulae of the incomplete Meijer’s G-
function, incomplete Fox-Wright function and incomplete generalized
hypergeometric function as special cases of our main findings.
PAPER ID: 27
GLOBAL EXISTENCE THE SOLUTION OF STOCHASTIC
PERTURBED KELLER-SEGEL MODEL
Ali Slimani and Amar Guesmia.
We are interested in nonlinear stochastic partial differential equation: the Keller-
Segel model with homogeneous Dirichlet boundary conditions perturbed by
additive space-time white noise. We establish a result of existence and uniqueness
of the local solution to the convection diffusion equation, then if we impose a
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condition we can prove that this solution is global, we prove the existence and
uniqueness corresponding transition semi group, and we study of the global
existence and uniqueness and boundedness of the weak solution for reaction-
diffusion for chemo attractant concentration equation for this use the technical of
Galerkin method.
PAPER ID:28
MHD BOUNDARY LAYER CONVECTIVE FLOW AND HEAT
TRANSFER WITH LOW PRESSURE GRADIENT VIA HE’S
HOMOTOPY PERTURBATION METHOD
Anuj Jhankal
An analysis has been made to study the problem of two-dimensional MHD
boundary layer convective flow and heat transfer with low pressure gradient. The
governing partial differential equations have been transferred into self-similar
ordinary differential equations by taking suitable similarity variables before being
solved by He’s homotopy perturbation method (HPM). The main advantage of
HPM is that it does not require the small parameters in the equations and hence the
limitations of traditional perturbation can be eliminated. The results reveal that the
proposed method is very effective and simple and can be applied to other nonlinear
problems. A parametric study of all involved physical parameters has been
conducted and a representative set of numerical results has been illustrated
graphically. Physical aspects of the problem have also been discussed.
PAPER ID: 29
EXISTENCE AND UNIQUENESS OF WEAK SOLUTIONS FOR
THE TIME-FRACTIONAL REACTION DIFFUSION PROBLEM
Faizi Rima.
This paper is concerned with the existence and uniqueness of weak solutions for
the semi linear reaction diffusion equation involving the Caputo fractional time
derivative of order $\alpha (0<\alpha<1)$ under some conditions on the initial data
and boundary conditions. First, we reformulate the equations from which the weak
solutions will be derived. Then exploiting the Banach fixed point theorem, we
obtain the existence and uniqueness of weak solutions in the standard Banach
space $C([0, T]; H^1_0(\Omega))$ for a class of semi linear fractional reaction
diffusion equation.
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PAPER ID: 30
2D-TLM NUMERICAL METHOD APPLIED TO SOLVE
MAXWELL’S EQUATIONS FOR TE PROPAGATION MODE
Asmaa Lakhdar.
The aim of this paper is to solve Maxwell’s partial-differential equations intended
for the transvers electric wave propagation mode by the Transmission Line Matrix
Numerical Method (TLM) in two dimensions. The TLM is based on the concept of
analogy between the electromagnetic field parameters with components of an
equivalent electrical circuit.
PAPER ID: 31
A REVIEW ON A SYSTEMATIC IMPLEMENTATIONS OF
LEAN MANUFACTURING.
Mr. Rahul Vyas, Mr. Sumit Joshi and Mr. Shailendra Bohra.
The concept of lean manufacturing was developed for maximizing the resource
utilization through minimization of waste, later on lean was formulated in response
to the fluctuating and competitive business environment. Due to rapidly changing
business environment the organizations are forced to face challenges and
complexities. Any organization whether manufacturing or service oriented to
survive may ultimately depend on its ability to systematically and continuously
respond to these changes for enhancing the product value. Therefore value adding
process is necessary to achieve this perfection; hence implementing a lean
manufacturing system is becoming a core competency for any type of
organizations to sustain. The majority of the study focuses on single aspect of lean
element, only very few focuses on more than one aspect of lean elements, but for
the successful implementation of lean the organization had to focuses on all the
aspects such as Value Stream Mapping(VSM),Cellular Manufacturing (CM), Uline
system, Line Balancing, Inventory control, Single Minute Exchange of
Dies(SMED), Pull System, Kanban, Production Leveling etc.,In this paper, an
attempt has been made to develop a lean route map forth organization to
implementthelean manufacturing system. Analyses of the exploratory survey
results are summarized in this paper to illustrate the implementation sequence of
lean elements in volatile business environment and the finding of this review was
synthesized to develop a unified theory for implementation of lean elements.
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PAPER ID: 32
INPUT BASED RECAPITULATION OF MPPT TECHNIQUES
USED IN GRID CONNECTED RENEWABLE ENERGY
SOURCE
Sunita Chahar and Dinesh Kumar Yadav.
Aim of this paper is to provide solution to choose an appropriate MPPT technique
and to finalize better MPPT (maximum power point tracking) technique for grid
connected renewable energy sources. A key problem of grid connected renewable
energy source(RES) is the state of technique employed to take out maximum
power from solar insolation and wind and is mostly influenced by atmospheric
conditions. In this paper various MPPT techniques are reviewed and classified
according to input quantity solar irradiance, photovoltaic array’s temperature, and
terminal voltage and current for photovoltaic array and wind speed, power, voltage
and current in wind energy system. The conclusion of this paper will surely
provide solution to scholars to select MPPT scheme pointedly for their research
work.
PAPER ID: 33
CERTAIN IMAGE FORMULAS FOR THE (P, Θ)--EXTENDED
GENERALIZED HYPERGEOMETRIC FUNCTION
Narendra Singh Solanki, Shoukat Ali and Naveen Jha.
In this present paper, our aim is to obtain certain fractional image formulas for the
(p, ϑ)--extended generalized hypergeometric function involving Saigo
hypergeometric fractional integral and differential operators in terms of the
Hadamard product of the (p, ϑ)--extended Gauss hypergeometric function and Fox-
Wright function. Corresponding assertions for the classical Riemann-Liouville and
Erdelyi-Kober fractional integral and differential operators are deduced.
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PAPER ID: 34
GENERALIZED $P$--EXTENDED MATHIEU-TYPE SERIES
AND \\ ASSOCIATED PROPERTIES
Ritu Agarwal, Naveen Kumar Kumar and Rakesh Kumar Parmar
In this present paper, our aim is to establish certain new integral representations for
the $p$--extended Mathieu-type power series. In particular, weobtain various
properties and integral representations. Further, we present a Mellin-Barnes type
integral representations and their special cases. Moreover, connection with $p$--
Mittag-Leffler functions and relationships between these two functions are
obtained.
PAPER ID: 35
CRYPTOSYSTEM BASED ON TRIPLE RANDOM PHASE
ENCODING WITH CHAOTIC HENON MAP
Ayushi Bansal and Hukum Singh.
In recent times, due to easy availability, exploring and transmission of data has
become very common. Due to which security and confidentiality of data are very
essential. Triple Random Phase Encoding (TRPE) is one of a technique to maintain
the security of data. Recently TRPE isalso showed vulnerable by using deep
learning-based attacks. In this paper, an image encryption scheme based on the
TRPE technique with Chaotic Henon map in Fourier Domain is proposed.
Experiments are carried out on the grayscale image. A statistical attack such as
information entropy,3-D plots and histogram analysis are successfully endured by
the scheme. This scheme stands robust against noise and occlusion attacks. This
scheme ensures high security indicated by key sensitivity results.
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PAPER ID: 36
THE EXTENDED BLOCK KRYLOV METHOD FOR LARGE-
SCALE GENERALIZED DIFFERENTIAL SYLVESTER
EQUATIONS
Lakhlifa Sadek and Hamad Talibi Alaoui.
In the present paper, we propose a new method for solving largescale generalized
differential Sylvester equations, by projecting the initial problem onto the extended
block Krylov subspace with an orthogonality Galerkin condition. This projection
gives rise to a low-dimensional generalized differential Sylvester matrix equation.
The low-dimensional equation is then solved by Rosenbrock or BDF method. We
give some theoretical results and report some numerical experiments to show the
effectiveness of the proposed method.
PAPER ID: 37
NEXT -GENERATION FIREWALL TECHNOLOGY AND
DEVELOPMENT TRENDS IN COMPARISON TO THE
TRADITIONAL FIREWALL TECHNOLOGY
Abhay Verma
In the world of increasing cyber attacks, it really becomes important to have a
security infrastructure that protects the network against potential threats. Network
security has now become a need of every organization, groups, and individual. The
local computer network and internet are out in the open to a growing number of
security threats, and each threat is continually evolving in a new way. Firewall is
one of the protective mechanisms for protection of internal networks from insider
as well as outsider attacks. A firewall is the like the security guard of the building
who checks the identity of each person entering and leaving the building. Similar,
firewall checks the identity of each packet entering and leaving the network on
some predefined rules. It protects the entry point of the network. Firewalls are
becoming more and more sophisticated day by day, new features are being added,
and integrated with the latest technologies, like the next-generation firewall is
using latest technology integrated with firewall for detecting intrusion by analyzing
the packets behavior and response. Although firewalls cannot handle all the
destructive threats emerging from the malicious network, but are still a powerful
protective mechanism towards guarding the internal network. The paper in meant
to introduce with the firewall technologies, including traditional firewalls and next-
generation firewalls (NGFWs). Various traditional firewalls implementations that
prevent unauthorized access, including packet filtering, circuit-level, application
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gateway, stateful inspection firewall. The paper concludes with the detailed
comparison of the traditional firewalls with the next-generation firewalls.
PAPER ID: 38
GLOBAL STABILITY AND LOCAL BIFURCATION OF AN SIS
EPIDEMIC MODEL WITH NONLINEAR INFECTION
FUNCTION
Ilhem Gacem.
In this paper we consider a qualitative study of an SIR model for transmission of
infectious disease where the incidence rate is of Holling type II. We prove that if
the basic reproduction number R_0 < 1 the disease-free equilibrium E_1 is globally
asymptotically stable which means that the disease dies out and when R_0 > 1 the
model has one endemic equilibrium E* which is globally asymptotically stable.
Finally, the local bifurcation near this equilibrium have been studied by using
Sotomayor's theorem.
PAPER ID: 39
P(.)-LAPLACIAN PROBLEM WITH NONLINEAR SINGULAR
Elharrar Noureddine, Igbida Jaouad and Talibi Hamad.
We consider the following $p(\cdot)$-Laplacian problem with nonlinear singular
terms
$$-\Delta_{p(x)}u=\frac{f(x)}{u^{\alpha}}, \ in \ \Omega, $$
where $\alpha\geq 1$ and $p(\cdot)$ is a continuous function defined on
$\bar{\Omega}$ with $\Omega$ is a bounded regular domain in
$\mathbb{R}^{N}, N \geq p(x)\geq 1$. $f$ is assumed to be a non negative
function belonging to a suitable Lebesgue space $L^{m}(\Omega)$.
PAPER ID: 40
FRACTIONAL INTEGRATION AND DIFFERENTIATION OF
THE (P, Q)--EXTENDED MODIFIED BESSEL FUNCTION OF
SECOND KIND
Mamta Gupta and Kanak Modi.
The present paper is devoted to the study of the fractional calculus operators to
establish fractional formulas results for the (p, q)--extended modified Bessel
function of second kind〖 M〗_(v,p,q)^ (z)involving Saigo hypergeometric
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fractional integral and differential operators in terms of the Hadamard product of
the (p, q)--extended modified Bessel function of second kind and Fox-Wright
function. Corresponding assertions for the classical Riemann-Liouville and
Erdelyi-Kober fractional integral and differential operators are deduced.
PAPER ID: 41
AN ANALYSIS OF NATURAL FREQUENCIES OF
FUNCTIONALLY GRADED ALUMINA CNT COMPOSITES
UNDER VARIOUS BOUNDARY CONDITIONS USING FOSDT
Piyush Sharma, Shailendra Bohra and Dinesh Shringi.
Metal matrix nanocomposites have been actively researched to develop the
advanced characteristics of a completely new array of materials. This paper will
discuss and summarize the studies carried out on carbon nanotube (CNT) alumina
matrix composites. These composites continuously studied for their multiple uses
in automobile and aerospace fields .They possess properties such as lightweight
and high specific strength which provided added benefits in these applications. In
the present study, metal matrix sandwiched nanocomposites are investigated using
the Finite Element approach. The effect of CNT’s sandwiched in Alumina is
analysed in detail. The effects of CNT volume fractions and their arrangements are
further analyzed using the rule of mixture. Homogeneous distribution of CNTs
within the Al2O3 matrix and strong interfacial connection between CNTs-Al2O3
give nanocomposites with superior properties. The results presented in this study
will have implications in the design and development of metal matrix
nanocomposites for applications in high-performance lightweight materials.
PAPER ID: 42
ROLE OF TEXTBLOB IN TWITTER SENTIMENT ANALYSIS:
A CASE STUDY ON COVID-19 VACCINATION
Aditya Joshi, Manoj Diwakar, Dinesh C Dobhal and Amit Juyal.
Study of web-based datasets preferably taken from microblogging websites like
Twitter, Pinterest, Tumblr, Instagram, Facebook etc. with ample amount of data
which uses natural language processing, linguistics, text analysis to extract the
important information known as sentiment analysis. Sentiment analysis with
machine learning techniques studies patterns and make predictions. This research
tries to explore the tweets related to COVID-19 vaccination to understand view of
people concerning about vaccination which is called opinion mining and discover
facts from the data. Data gathering, preprocessing and cleaning thereafter
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exploratory data analysis will be performed in the initial phase. Emotions are
essential to express feeling about the situation and this can be analyzed
automatically from social media, microblogging sites etc. Sentiment analysis
automatically sorts thousands of surveys, tweets, conversations and make it
worthwhile for predictions. Tweets polarities is determined by lexicon-based
approach. This research focuses on the role of TextBlob in twitter sentiment
analysis which is used to calculate the tweets essential features such as polarity and
subjectivity scores. Polarities will be classified into positive, negative and neutral
to check the significance of tweets, lexicon-based analysis will be compared with
manual results in terms of positive and negative tweets to check the reliability of
TextBlob, finally a machine learning model based on Naïve Bayes Classifier will
be developed that predicts the positivity and negativity of tweets related to
COVID-19 vaccination.
PAPER ID: 43
CRYPTOGRAPHY RESEARCH
Shaina Arora.
The development of internet connectivity comes with several advantages. But in
last couple of decades, privacy and security is becoming difficult. As a result data
transfer over communication is more vulnerable to abuse now. In this era of
growing technology, data hacking and breaching over communication channel has
become a major issue To keep data security and privacy over the communication
channel we use image cryptographic and stenography method. In cryptographic we
encrypt the data and in stenography we hide secret image or text in cover image.
There are many symmetric and asymmetric encryption techniques, which are used
for encryption and decryption purpose. Symmetric encryption technique work on
common key(same key used for encryption & decryption purpose), whereas
asymmetric work on with one public key and private key. Public key used for
encryption and private key for decryption. AES technique is better in symmetric
algorithm and RSA in asymmetric algorithm.
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PAPER ID: 44
A REVIEW OF THE FRACTIONAL ORDER VISCOELASTIC
MODELS USED IN MECHANICS AND BIOLOGY
Harsh Saxena and Ritu Agarwal.
Visco elasticity is the property of materials that exhibit both viscous and elastic
characteristics when undergoing deformations. Mainly, the visco elasticmaterials
are Amorphous Polymers, Semi Crystalline Polymers, Biopolymers, living Tissues
and Cells etc. Here, we will review four fractional order Vis-co elastic models for
time dependent structures, stress relaxation for human arteries and one-
dimensional blood flow model. The motivation for fractional order biological
models comes from recent experiments indicating that such models are providing
flexible alternative to fit biological tissue data. Besides it, the mechanical
properties of damping materials and the arterial wall remodeled using fractional
order time derivatives. That’s why linear viscoelas-ticity is the field of the most
extensive applications of fractional calculus.
PAPER ID: 45
PERCEPTION CONSISTENCY ULTRASOUND IMAGE
Vaishali Bhardwaj.
Due to the limitations of sensors, the transmission medium and the intrinsic
properties of ultrasound, the quality of ultrasound imaging is always not ideal,
especially its low spatial resolution. To remedy this situation, deep learning
networks have been recently developed for ultrasound image super-resolution (SR)
because of the powerful approximation capability. However, most current
supervised SR methods are not suitable for ultrasound medical images because the
medical image samples are always rare, and usually, there are no low-resolution
(LR) and high-resolution (HR) training pairs in reality. In this work, based on self-
supervision and cycle generative adversarial network (CycleGAN), we propose a
new perception consistency ultrasound image super-resolution (SR) method, which
only requires the LR ultrasound data and can ensure the re-degenerated image of
the generated SR one to be consistent with the original LR image, and vice versa.
We first generate the HR fathers and the LR sons of the test ultrasound LR image
through image enhancement, and then make full use of the cycle loss of LR-SR-LR
and HR-LR-SR and the adversarial characteristics of the discriminator to promote
the generator to produce better perceptually consistent SR results.
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The evaluation of PSNR/IFC/SSIM, inference efficiency, and visual effects under
the benchmark CCA-US and CCA-US datasets illustrate our proposed approach is
effective and superior to other state-of-the-art methods
PAPER ID: 46
CAPUTO-HADAMARD FRACTIONAL DIFFERENTIAL
EQUATION WITH THREE-POINT BOUNDARY CONDITIONS
Abdelkader Amara.
In this research work, we proved the existence and uniqueness of a solution to a
boundary value problem with a two-term fractional differential equation that
contains Caputo-Hadamard derivatives and integrals by using a fixed point
theorem in Banach space. The main result is well illustrated by an example.
PAPER ID: 47
AN EVALUATION OF ENVIRONMENTAL IMPACTS OF
CONSTRUCTION ACTIVITIES AND DISPOSAL OF
CONSTRUCTION WASTE OF CHITTORGARH CITY
Parth Samdani, Bhopal Singh Singhvi and Ranveer Singh Shekhawat.
Construction activities and their consequences have a big impact on the
environment of the globe. The construction activities play a significant
contribution in the damage of environment. Pollution due to construction activities
is presently one of the biggest global environmental challenges. Fossil fuels such
as gas and diesel when burnt during construction activities causes highest negative
impact on the environment. The principle source of noise pollution is the noise
generated from the construction industry. Most of the construction noise is
produced by the use of machineries such as excavators, bulldozers, breakers,
tractors, generators, mixers and vibrators during the process of demolition,
preparation of site and casting of concrete. The use of green technology, keeping
minimum length of project completion time, by reusing and recycling existing
materials and properly disposing of construction waste are some of the ways with
which we can reduce the negative environmental impact on the civil construction
works. The occupational health data should be documented by the construction
industries and government bodies which can really help to create awareness and
find solutions to fight against the health issues which are caused due to the
involvement in the construction activities.
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PAPER ID: 48
NEW DISCUSSION ON APPROXIMATE CONTROLLABILITY
RESULTS FOR FRACTIONAL DIFFERENTIAL SYSTEMS OF
ORDER R Є (1,2)
M. Mohan Raja, V. Vijayakumar and R. Udhayakumar
This paper addresses some interesting results of the mild solution to approximate
controllability of fractional differential systems of order r Є (1,2). We study our
primary outcomes by applying the theoretical concepts about fractional calculus,
cosine and sine functions of operators, and fixed-point approach. A new set of
sufficient conditions are formulated and proved for the approximate controllability
of fractional differential systems. In particular, the results are established with the
assumption that the associated linear part of the system is approximately
controllable. Finally, we present an example to demonstrate the theory.
PAPER ID: 49
EVALUATING THE EFFICACY OF MACHINE LEARNING
ALGORITHMS IN SOIL PREDICTION
Sahil Vyas.
Agriculture is the backbone of any flourishing economy. In India, Agriculture
contributes to around 17% of GDP and is a source of employment for 53% of the
whole population. A proper soil prediction is very crucial to decide on a suitable
crop. The farmer usually does this manually. Through the application of machine
learning algorithms, this process can be automated and made more accurate. This
paper presents various algorithms and their efficiency in producing accurate soil
prediction. For the same, various classification methods have been surveyed like
SVM, ANN, decision trees. For feature extraction, various techniques have been
discussed along with their efficacy.
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PAPER ID: 50
WOMEN’S ARMOR
Shuchi Dave, S.D. Purohit, Ritu Agarwal, Deepak Sajnani, Saksham Soni and
Aman Jain.
The women were treated as the goddess in the past but presently the cruelty of
human and the jeopardy on women is leading us towards hell. A lot of women
were harassed while some are beaten and many of the cases not registered in the
papers. When the felony was happening with the woman, she was fighting with
those people, lonely. No one comes to save her life because no one saw her. So for
the safety of the women, we think to design such a device so that the woman could
get help from the police department and her family too. The device will contain e-
components like GSM, GPS, Camera module, etc. The whole design will be coded
in the IC ATmega328p. Later on, the design will be printed on the printed circuit
board. The device will be in a very small design in the form of “Borla” a
Rajasthani traditional wear. These components will let us help in making direct
touch with the lady and along with the live tracking of that woman. It will also
help us in tracking delinquents to put them behind the bars. With the help of GSM,
GPS the nearest police department and her family members will get the location of
the woman via mobile message and the police will lead the rest. It will give
complete armor to the woman with a single touch.In this paper, we tried to reduce
the size and cost of Borla with help of optimization techniques.
PAPER ID: 51
KINEMATIC ANALYSIS OF HUMAN GAIT USING IMAGE
PROCESSING ON MATLAB
Preeti Verma, Barkha Gupta and S.K. Rathore.
The human gait is a pattern of locomotion in which the body moves step by step in
the desired direction. Identification of this is now desired in many domains like
visual surveillance, clinical analysis, computer animation, athletic performance
analysis, robotics and biometrics. The gold standard approaches of human gait
analysis are often expensive, immobile, data-limited, and/or require specialized
equipment or expertise for operation. This paper proposes a simple, inexpensive
and portable image processing technique for kinematic analysis of human gait
using MATLAB.
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It can derive the spatial and temporal features of gait kinematics. It uses video
input collected from readily accessible devices (e.g.,smartphones, tablets) by
placing reflective markers on the joints of the person for normal walking.
Kinematic angles of knee and ankle joint are determined by coding on MATLAB.
The accuracy of the proposed system is checked by comparing these kinematic
data with clinical gait analysis dataset available in literature for normal walking.
PAPER ID: 52
AN ANALYSIS OF NOISE POLLUTION AT UDAIPUR CITY
Parth Samdani and Bhopal Singh Singhvi.
Noise pollution is considered as a big problem that affects human life in urban as
well as rural areas across the globe. Noise is a prominent feature of the
environment. Noise from neighbors, noise from industry and the noise from
transport are three main sources of noise. Noise is all around us and causes
irritation. Noise interferes with the work performance and it also modifies the
social behaviour. Noise may arise through human induced activities or from
natural sources. The main characteristic of the noise pollution is that noise
pollution does not leave any residue in the environment. Noise pollution can be
from simple sources to various complex sources such as vehicles, trains and
airplanes. Generally, the noise levels remain higher on festival days as compared to
normal days. Exposure to any kind of noise always disturbs sleep. Some studies in
India and abroad on exposure to noise pollution show an association with
hypertension. Some other studies show that there is only a weak relationship
between noise and cardio vascular disease. Noise pollution has a high degree of
adverse effects on human health and other living organisms.
PAPER ID: 53
NEW RESULTS CONCERNING TO APPROXIMATE
CONTROLLABILITY OF SOBOLEV TYPE NEUTRAL HILFER
FRACTIONAL STOCHASTIC DIFFERENTIAL SYSTEMS.
Dinesh kumar C, Udhaya kumar R and Vijaya kumar
This manuscript mainly focusing approximate controllability of Sobolev type
neutral Hilfer fractional stochastic differential systems. Our results proved based
on semi-group theory, fractional calculus and fixed point theorem. Firstly, the
investigation about the existence of mild solution and then we study about the
approximate controllability of the considered equation. Then, we extend our study
to system with non-local conditions. Finally, we provide a theoretical application
to assist in the effectiveness of the discussion.
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PAPER ID: 54
NUMERICAL MODELLING OF STUDY OF THE STABILITY
OF THE POND SOLAR
Sabrina Gheraibia.
In this paper, the effect of the entrainment velocity, the Nusselt number, and the
thickness of the salinity gradient zone (NCZ) on the Stability of the Solar Pond are
studied. The equations of thermal energy and mass transfer in a salt gradient solar
pond are discretized by finite difference methods in the transient regime. A new
border condition applicable near the equilibrium of interface between the (NCZ)
and the (LCZ) region is proposed. In this study, when we take into account the
effects of both turbulent entrainment and diffusion on growth or erosion of the
gradient zone (NCZ), the numerical results obtained show an additional condition
of solar pond’s stability which link between the salinity gradient and the
temperature gradient in the (NCZ) region.
PAPER ID: 55
ANALYTIC UNIVALENT STARLIKE FUNCTIONS WITH
RESPECT TO A BOUNDARY POINT ORIGIN
Dhurai K and Sivasubramanian S.
Let D={z: |z|<1} be the open unit disk in the complex plane C.Let A be the class of
analytic functions f such that f(0)=0, f'(0)=1.A said E in the plane is starlike with
respect to W if each ray with initial point w intersects the interior of E in a set. If a
function f(z) maps the unit disk onto a starlike function with respect to origin. S*
denoted by the class of starlike function with respect to origin. Robertson,
Observed one step forward with the characterization of the class S* and defined
the class G of starlike functions with respect to a boundary point. Geometrically
says, the class of univalent Caratheodory functions are starlike with respect to the
boundary point zero.In the same way, we defined the class G_c, obtained some
interesting result in a wider context, Silverman class,some inequalities for the
coefficient of functions with positive real part and Herglotz representation.
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PAPER ID: 56
ANALYTIC SOLUTION OF FLOW IN KARSTIC AQUIFER
USING DUAL PERMEABILITY MODEL WITH NON
SINGULAR KERNEL
Mahaveer Prasad Yadav, Ritu Agarwal and S. D. Purohit.
Karst aquifers have very complex flow system because of its high spatial
heterogeneity of void distribution. In this paper we will study the flow mechanism
in fissured karst aquifer using flow simulation with a double porosity approach.
The governing differential equations based on dual porosity model are modified by
using the Caputo-Fabrizio fractional derivative operator with respect to time.
Behavior of hydraulic head and flow rate is described graphically.
PAPER ID:57
ON THE MODIFICATION GAUSS-WEIERSTRASS INTEGRAL
OPERATORS
Başar Yılmaz.
In this presentation,we use modified Gauss-Weierstrass operators and give some
approximation results in the exponential weighted spaces.
PAPER ID: 58
WARM PATIENT MATTRESS
Aman Jain and Jinesh Khandelwal.
Human beings normally maintain a body temperature at 37°C, and maintenance of
this relatively high temperature is critical for human survival. The warm patient
mattress which is being proposed through this problem statement will support in
maintain og required temperature and benefit the patients.
According to the study and research, it has been found that due to the warmness of
mattress patients feel relaxed, content & comfortable. It is obvious that our body
has to maintain a body temperature and as per law of thermodynamics heat transfer
from higher temperature to lower temperature, the warm mattress will maintain the
body temperature by activating brown fat and generate heat by metabolising
glucose.
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If it temperature is not maintained, it causes diseases like ‘Sepsis’ And
‘Hypothermia’ & “Fever’ which directly attacks on kidney and heart and may lead
to death of the admitted patient. As per the details found through the research
material, it has been noticed that hospital uses blanket to warm and as each patient
require a new blanket and even in a small hospital daily 50-60 blankets are used
and approx. Rs. 1500-2000 is invested on washing and which causes loss of
warmness so our device is to heat the mattress at a desired temperature by the user,
it should be easily washable, price efficient, and set temperature between 2-3
minutes and complete shock proof. But at present, devices available in the market
are quite high in price and are not secure as well. Therefore, we would like to
propose our device named as Warm Patient Mattress for fulfilling the purpose and
making the medical field equipped with this kind of comfortable device which can
be used by the hospitals at the low cost for the good health of the patient. As to
save approx. 10 million tones of water daily across the world and to serve the
mattress as a biomedical device. For this using Carbon fibre heating element to
heat up the mattress .It has been noticed that the element which is being used is
very thin, tiny leakage current, shock proof , low cost ,very flexible , high stiffness,
tensile strength ,low weight, low thermal expansion , and high chemical resistivity.
Its infrared heat helps in good blood circulation and the most important thing is
that its low cost. We will make the mattress hot as per input and for circuit
programming. Bare Duino Nano will be used for two mattress and the and the
overall cost will be low as compared to other available devices. It is completely
shock proof and it can be maintained at any temperature and it is easily washable,
easy to use and can help in reducing the no. of deaths due to diseases like fever,
hypothermia, sepsis and it will be cost effective due to less need of washing.
PAPER ID: 59
SUFFICIENT CONDITION FOR Q-STARLIKE AND Q-CONVEX
FUNCTIONS ASSOCIATED WITH GENERALIZED
CONFLUENT HYPERGEOMETRIC FUNCTION
Murli Manohar Gour, Sunil Joshi, Sunil Dutt Purohit and Pranay Goswami.
The main object of this paper is to investigate and determine a sufficient condition
for q-starlike and q-convex functions which are associated with generalized
confluent hypergeometric function.
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PAPER ID: 60
PROPERTIES OF CONVOLUTIONS FOR BESSEL SERIES
WITH UNIVALENT FUNCTIONS
Murugan A Muru, Radhika V Radhi and Sivasubramaniyan S Siva.
The purpose of the present paper is to investigate various mapping and inclusive
properties involving subclasses of analytic and univalent function for linear
operator defined by means Hadamard product(convolution) with Bessel function.
PAPER ID: 61
ENERGY STORAGE SYSTEM FOR DISTRIBUTED
RENEWABLE ENERGY SOURCE IN DISTRIBUTION
NETWORK
Sivagama Sundari M S and Periyasamy D
The power quality of distribution networks may be affected by different issues
which can influence the performance of sensitive loads and equipment. The
steadiness of power demand, especially for huge organizations or bulk tariff
consumers and exceptionally automated industries, can be influenced by an
organization's power quality degradation. Therefore, power quality improvement in
a distribution network is a significant issue from the customer perspective. Power
quality improvement should be possible by actualizing ESSs(Energy Storage
System) at the purpose of normal coupling through power converters with the
exchange of active and reactive power. An ESS, as a source of power associated
with a dc-interface, can likewise be coupled to FACTS (Flexible AC Transmission
System) or DSTATCOM (Distribution Static Synchronous Compensator). ESSs
are utilized to limit the overvoltage issue along with the function of storing
excessive energy.
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PAPER ID: 62
SINGLE COUNTER MARKOVIAN QUEING MODEL WITH
MULTIPLE INPUTS
Gajendra Kumar Saraswat.
This paper analyzes a M/M/1 queuing model with multiple input, where the rate of
arrival and service capacity follow Poisson distribution. The arrival process of the
model remains in three stages said to be state I, II, and III. The system remains in
three state for a random time which is exponentially distributed. The queue
discipline is first-in-first-out. Laplace transforms of the various probability
generating functions are obtained and the steady state results are derived. The
probability that the arrival process (input) will be in state I, II and III is also
analyzed.
PAPER ID: 63
THE (K, S)-FRACTIONAL CALCULUS OF S-FUNCTION
Sunil Chandak and D.L. Suthar.
In this paper, we introduce the (k, s)-fractional integral and differential operators
involving S-function as its kernel. Also, we establish various properties of these
operators. Further, we consider a number of certain consequences of the main
results.
PAPER ID: 64
RESEARCH ON MODULAR MULTILEVEL CONVERTERS
SUITABLE FOR HIGH POWER ENERGY CONVERSION
SYSTEM
Germin Nisha M, Sivagama Sundari M S and Raghul Kumar R.
Outfitted with numerous highlights, for example, a modular structure, simple
adaptability as far as voltage and current, usage of standard components, and
excellent quality of the output waveforms modular multi-level converters (MMC)
is the state-of-the-art for multilevel converter topologies and have important role of
various applications in power systems. It works as consecutive converters. MMC
has been a subject of expanding significance for medium/high-power energy
conversion systems. Numerous new contributions and new commercial topologies
of MMC have been accounted for over the most recent couple of years.
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The main objective of this paper is to review these new contributions where
multilevel converter technology stands and is going the most recent
accomplishments of of MMC regarding the mentioned research topics, new
applications, and future patterns. Also, MMC circuit topologies and its modulation
techniques are addressed in this paper.
PAPER ID: 65
SMART RECOMMENDING SYSTEM BASED ON THE DEGREE
OF STUDENT ENGAGEMENT IN E-LEANING PLATFORMS
Rajae Zriaa and Said Amali.
With the rapid emergence of e-learning platforms, educational resources are also
booming. The Recommendation of Personalized Educational Resources (RPERs)
is one of the main factors that develops the motivation rate among students. The
recommendation system is a process that is based on the domain model and the
student model, in order to generate appropriate learning objects. The objective of
this contribution is to predict the degree of student engagement, through their
implicit behaviors in the learning platform, by using the data mining techniques.
This paper aims to develop a smart recommendation model for the e-learning
platform in order to maintain student perseverance. To this end, the
recommendation process will respect the following steps: Extraction of implicit
and explicit student preferences, exploration of the student's profile, clustering of
students with similar characteristics, then selection and recommendation of
personalized learning objects to maintain their motivation.
PAPER ID: 66
EFFECT OF DIFFUSION THERMO ON TRANSIENT MHD
NATURAL FLOW WITH CHEMICAL REACTION AND MASS
TRANSFER IN A SLIP FLOW REGIME
Anuja Sinha.
The present work aims to study the effect of diffusion-thermo on hydromagnetic
free convective flow of an unsteady, incompressible, viscous, electrically
conducting fluid with mass and heat transfer past a moving vertical porous plate. In
our study we have considered the plate to be of infinite length with time dependent
suction in presence of heat source in a slip flow regime. The effects of rarefaction
are considered in gases in which the molecular mean free path is comparable to the
plate’s characteristic domain.
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The gas exhibits non-continuum effects such as velocity slip, temperature jump
and concentration jump. So in our study we have taken into account, slip flow
parameter for the velocity, jump in temperature and jump in concentration in the
boundary conditions. The non-dimensional governing equations are solved by
perturbation technique. The effects of different parameters like Prandtl number
(Pr), Schmidt number (Sc), magnetic field parameter (M), duffour effect (Du) etc.
have been studied on velocity, temperature and concentration field and are
interpreted through graphs. Also the effect of the parameters have been studied on
Skin friction (τ), Nusselt number (Nu) and Sherwood number (Sh).
PAPER ID: 67
ROLE OF ARTIFICIAL INTELLIGENCE BASED TEACHING &
LEARNING IN NATION’S SUCCESS
Purushottam Bhari.
This paper explores the phenomena of the emergence of the use of artificial
intelligence in teaching and learning in higher education. It investigates
educational implications of emerging technologies on the way students learn and
how institutions teach and evolve. Recent technological advancements and the
increasing speed of adopting new technologies in higher education are explored in
order to predict the future nature of higher education in a world where artificial
intelligence is part of the fabric of our universities. We pinpoint some challenges
for institutions of higher education and student learning in the adoption of these
technologies for teaching, learning and student support.
In India higher education is the growing sector having potential to become as a
developed nation in the future. The quality of higher education plays a key role in
the entire educational system. Since the nation’s success is mainly determined by
the quality of higher education it is important to develop the number of strategies
in teaching learning process. In this regard, it is essential that new and innovative
teaching methods are to be developed. This article mainly focuses on the current
scenario of higher education and innovative techniques to be used so as to
strengthen the content knowledge for the student. Various teaching systems are
focused with a view to increase the overall quality of education systems. Study is
done on the Enrollment of students in different courses and their percentages and
Gross Enrollment Ratio in higher education in various states in India. Innovative
Teaching Methods and use of Artificial Intelligence in Education sector is also
discussed.
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PAPER ID: 68
QUALITY EDUACTION IN GLOBAL PRSEPACTIVE
Garima Jolly.
This comparative study explores the views of Finnish and Japanese student
teachers about their future profession. As global citizens, teachers should know,
one, the cultural and historical backgrounds of pupils and their families, and two,
how to teach topics and global issues related to them. The Outcome of this paper
will be how students and teachers accepts the global education to make the aware
of different culture and make the more employable in perspective of Golab market.
The main body of empirical data was collected through interviews and
questionnaires conducted in the two contexts by students. This study found
differences and similarities in the global perspective views of Finnish and Japanese
student teachers. In many ways, these views reflect Hanvey's model of five goals,
in particular "perspective sensitivity" and "cross-cultural awareness."Views
deriving from essential pedagogy were less evident. Notable variations in
Gaudelli's "four orientations" layout were evident. The Japanese student teachers
more often displayed nationalistic tendencies than their Finnish counterparts, who
stressed humanistic values. In the Japanese results, neo-liberalist and
transformation orientations were harder to detect. Views resulting from essential
pedagogy have been less apparent. Notable variations in Gaudelli's "four
orientations" layout were apparent. The Japanese student teachers more often
displayed nationalistic tendencies than their Finnish counterparts, who stressed
humanistic values.
In Japanese results, neo-liberalist and progressive orientations were more difficult
to detect. In both cases, student teachers saw GP as important to their future
profession, appealing to "cross-cultural awareness" in a humanistic direction. The
Japanese student teachers, however, emphasized "perspective perception" as part
of a nationalistic orientation while the Finns explained the teaching with respect
og GP in changing the global view. Both groups regarded teacher education
programs as important to GP development, sharing similar views on the value of
curricula and awareness of professors. Yet, while the teachers of Finnish students
saw peer reinforcement and varied assignments as helpful in improving GP, the
Japanese found these factors less relevant.
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PAPER ID: 69
FUZZY ARITHMETIC GEOMETRIC DIVERGENCE AND ITS
UTILITY IN PATTERN RECOGNITION
Sapna Gahlot and Ram Naresh Saraswat.
Here, we have discussed bounds on recognized fuzzy information divergence
measures in terms of fuzzy arithmetic geometric divergence and found the
relations among the recognized measures by convex function, fuzzy new f-
divergence, known inequalities and applied to Pattern Recognition. Inequalities are
very useful for literature of information theory.
PAPER ID: 70
(GAMMA, DELTA)-FUZZY HYPERIDEALS IN HYPERNEAR
RING
Neha Gahlot, Nagaraju Dasari and Neha Gahlotneha.
In this article we study about an new idea (γ, δ)- fuzzy hyperideals in hypernear-
rings also study some different topics (γ, δ)-Cut set, on direct product (γ, δ)-fuzzy
hyperideals.
PAPER ID: 71
COMPARATIVE STUDY OF DEEP LEARNING MODELS ON
ACTIVITY CLASSIFICATION OF DISTRACTED DRIVER
Himanshu Mittal and Mukesh Saraswat.
Distracted drivers are one of the major causes of road accidents. With an intention
of minimizing the occurrence of such accidents, this paper focuses on the
comparative analysis of various deep learning classifiers. To do so, the study
comprises detecting whether the driver is distracted or not. For this, a publicly
available dataset is used which contains images of both distracted and non-
distracted drivers. Further, the distracted class is categorized into different
distraction activities.
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The comparison is conducted among four popular deep neural networks, namely
AlexNet, VGG-19, ResNet-34, and InceptionV3, in terms of five parameters, i.e.
accuracy, precision, recall, sensitivity, and specificity. It has been observed that
ResNet-34 is efficient for binary classification. However, VGG-19 outperforms
compared models on distinguishing among different distraction activities of the
driver.
PAPER ID: 72
ABOUT THE GLOBAL EXISTENCE, UNIQUENESS AND
BOUNDEDNESS OF THE WEAK SOLUTION FOR THE
ELLIPTIC-PARABOLIC SYSTEM
Rahai Amira and Guesmia Amar.
In this paper, we study global existence, uniqueness and boundedness of the weak
solution for the system (P) which is formulated by two subsystems (P1) and (P2),
the first describes the thixotropic problem and the second describes the diffusion
degradation of c, using Galerkin’s method, Lax-Milgran’s and maximum principle.
Moreover we show that the unique solution is positive.
PAPER ID: 73
X-RAY DIFFRACTION TECHNIQUE: AN ADVANCE TOOL
FOR CHARECTERIZATION OF AGRO WASTE MATERIALS
Dr.Shweta Vyas and Preeti Soni.
X-Ray diffraction (XRD) technique is a prominent & nondestructive tool, used for
crystallographic structure determination of any material. The technique follows the
Brag’s Law and measures the intensities and scattering angles of the X-rays that
leave the material. It also provides information on phases, preferred crystal
orientations (texture), average grain size, crystalline, crystal defects and many
other parameters. In the present study, XRD patterns of some agro waste materials
viz. Soya husk, Coconut husk, Sugarcane bagasse and Banana stem are compared.
All theses Lignocelluloses materials are found as complex combination of
Cellulose, Lignin, Hemicellulose, etc. with discrete levels of Crystalline Index,
depending upon the ratio of various components. Any physical treatments like
vacuum heating, ball-milling, microwave irradiations, sonochemical treatments
etc. or chemical treatments with acid, alkali, or oxidizing agents may alter the ratio
of Cellulose, Lignin, Hemicellulose, etc.
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which may be clearly seen in the XRD patterns. Hence XRD patterns may lead to
give useful information about ratio of one component over another and provide
descriptive information about the impact of the physical or chemical treatment
applied. This study may be extremely valuable for pioneer researchers to
understand the structure of Lignocellulosic Waste Materials using XRD technique
PAPER ID: 74
APPLICATION OF TAGUCHI TECHNIQUE FOR OPTIMAL
EVALUATION & CHARACTERIZATION OF INCONAL-625
Deepanshu Arora, Sanjay Sharma, Yogesh Chandra Sharma, Dhirendra Mathur,
Vikas Baranwal and Mahesh Kumar Jangid.
In this paper we focused on the design of experiment for the characterization
planning for Inconal-625 super alloy. As far as the diversity of environmental
factors are concerned, we performed heat treatment and corroding of the sample
pieces for five different settings. Ion-irradiation on various fluence were performed
for the bare, heat treated and corrode samples. Combination of different parameters
and different settings make multiple permutation and combination for the proper
characterization of super alloy. This paper focused on the taguchi technique, which
optimizes the numbers of trial for Ion-irradiation. Therefore we performed the
characterization with optimum numbers of irradiated samples. For the
characterization of the treated and bare samples Scanning Electron Microscopy
(SEM), Energy Dispersive X-Ray Analysis (EDAX), X-ray powder diffraction
(XRD) and wear tests are performed.
PAPER ID: 75
NUMERICAL ELUCIDATION OF KLEIN-GORDON-
ZAKHAROV SYSTEM
Chiman Lal and Dr. R. D. Pankaj.
We solve the numerically of the coupled 1D Klein-Gordon-Zakharov system
(KGZ) equations in short) by Petrov-Galerkin method, using linear and cubic B-
Spline, as trial functions. The midpoint rule will be functional to advance the
solution in time. This scheme is stable to Von Neumann stability analysis.
Numerical solution is used to think about the accurateness and show the dynamism
of the scheme
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PAPER ID: 76
NEW ANALYTICAL METHOD FOR NONLINEAR WAVE
SYSTEM
Dr. Ram Dayal Pankaj.
The proposed analytical approach is an elegant combination of Elzaki transform
and Homotopy analysis method (HAM) and presents a new approach to solve
nonlinear wave system which is combination of two wave equations (Telegraph
Equation and Klein-Gordon (K-G) Type Equation) . The method does not need
linearization, weak nonlinearity assumptions, or perturbation theory and it reduces
the computational size and avoids round-off errors. We compared the numerical
solutions with corresponding analytical solutions. This method is called homotopy
analysis Elzaki transform (HAET) method. This study represents significant
character of HAET method
PAPER ID: 77
POWER TRANSMISSION SYSTEM IN ALH- A REVIEW
Navneet Sharma and S.S. Godara.
Power transmission mechanisms are being used since the start of the era of
industrialization. Electrical, mechanical, and thermal power transmission appeared
at the start of19th century. The purpose of the rotorcraft’s power transmission
system is to take power from the engine and transfer it to other components via
flexible drive shaft that helps power and control the rotorcraft. The transmission
takes engine output and transfers into the rotors at another angular velocity and
torque. In this paper, a study on power transmission mechanism by
considering the Advanced Light Helicopter (ALH) is explained. ALH was
developed in 1992; it is a lightweight 5.5class ton helicopter which is presently
used for defense and civil purposes. The process of power transmission is
accomplished by the participation of its core parts which play an important role in
its manufactures such as MGB,AGB, IGB, and TGB. The transmission's main
gearbox steps down the speed of the main rotor so it doesn't rotate as rapidly as the
engine shaft. The power is transmitted through multiple stage reduction
mechanisms in ALH.
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PAPER ID: 78
COMPARATIVE ANALYSIS OF CLUSTERING METHODS FOR
SENTIMENTAL DATA
Avinash Pandey and Mukesh Saraswat.
Sentiment analysis is a process of determining the viewpoint of users with respect
to sentimental topics commonly present on social media. These sentimental topics
are examined using the sentiment analysis method to find the opinion or attitude of
users. As sentimental data present at different social media platforms are
unlabeled. Therefore, clustering methods are generally used for sentiment analysis.
This paper reviews various existing clustering-based sentiment analysis methods.
In this paper, two main clustering methods have been surveyed, namely
hierarchical and partitional based clustering methods. As partitional clustering is
computationally better, further analysis has been performed from the perspective
of methods belonging to this category. Besides, the survey of various performance
parameters for the evaluation of sentiment analysis is also presented.
PAPER ID: 79
HYBRIDIZATION OF ANT LION OPTIMIZATION
ALGORITHM WITH THE ARITHMETIC CROSSOVER
OPERATION OF GENETIC ALGORITHM FOR OPTIMAL
POWER FLOW
Dhiraj Singh, Divyanshi Dwivedi and M Balasubbareddy.
In this paper a unique Ant Lion Optimization (ALO) algorithm supported
searching mechanism of ant lions is being hybridized with the arithmetic crossover
operation of Genetic Algorithm (GA) for finding best power flow in power
systems. This ends up in the higher quality of solutions and improve the
exploration in search space. The potential and performance of the planned
algorithm is analysed on benchmark test functions and IEEE-14 bus test system.
Generation fuel value, emission of generating units and line losses are thought-
about as objectives for best power flow issues. Simulation results show that the
planned rule provides an efficient and sturdy high-quality of solutions. The
obtained results are going to be compared with the existing literature for justifying
the prevalence of the planned algorithm.
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PAPER ID: 80
NOVEL OPTIMAL PLACEMENT OF IPFC FOR SOLVING
OPTIMAL POWER FLOW PROBLEMS USING HYBRID SINE-
COSINE ALGORITHM
M Balasubbareddy, Divyanshi Dwivedi and Dhiraj Singh.
study presents an effective approach for solving the optimal power flow problem in
power system. A novel algorithm Sine-Cosine Algorithm (SCA) which is based on
population is being hybridized it with the arithmetic crossover operation, this
proposed algorithm named as Hybrid Sine-Cosine Algorithm (HSCA) aims to
reduce the computation time and make it more effective in achieving the global
solution with the avoidance of local optima. Furthermore, for controlling and
improving the power system parameters a novel FACTS Controller namely,
Interline power flow controller (IPFC) is placed optimally in power system. For
incorporating IPFC in Newton-Raphson load flow, it is mathematically modeled
using current injection modeling (CIM). The performance of proposed algorithm is
tested on some benchmark test functions to prove its superiority through
convergence characteristics. The capability and performance of the proposed idea
is implemented on IEEE-30 bus system for solving Optimal Power Flow problems.
Generation fuel cost, emission and transmission losses are considered as single
objectives of optimal power flow problem are being solved. The obtained results
are compared with the existing literature to justify the supremacy and potential of
the proposed idea.
Article Highlights:
a)Implication of hybrid sine-cosine algorithm yields to better global optimum
solution.
b) FACTS controllers help in controlling power flow capability.
c) Solution of Optimal Power Flow problem helps in utilizing the existing system
more efficiently and effectively.
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PAPER ID: 81
DESIGN AND DEVELOPMENT OF EFFICIENT IMAGE/VIDEO
SEGMENTATION METHODS FOR ROAD ACCIDENT
DETECTION
Raju Pal and Mukesh Saraswat
A big source of concern across the Indian subcontinent has been road injuries. The
world reported about 151 thousand deaths due to road crashes in 2018 alone.
Around three to five percent of the country's GDP has been spent in road accidents
last year. Notably, while India accounts for about one quarter of the world's
automobile population, about six percent of the world's road traffic accidents were
also accounted for. Young Indians were involved in nearly 70 percent of the
deaths. Most of the deaths due to road accidents are because of lack of immediate
medical help to the victim. Automated detection of road accidents can help the
victim on real-time. Therefore, in this abstract an automated method based on deep
learning models is suggested for automatic detection of road accidents.
In literature, various image segmentation methods like RCNN, Fast-RCNN, Faster-
RCNN, Mask-R CNN have been used for object detection. We have used
Hierarchical Recurrent Neural Networks (HRNN) which are a class of neural
network for sequential data like text, video or speeches. The HRNN is trained on
video dataset of road accidents. The dataset is broken into sequential frames by the
proposed architecture and then each frame was examined to detect accidents. If an
accidental scenario was detected we developed an approach of sending a real time
message to the nearest police station and hospital regarding the location of the
spot.
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PAPER ID: 82
DATA AUGMENTATION ON ULTRASOUND IMAGES FOR
BREAST CANCER CLASSIFICATION USING DEEP
LEARNING
Mukesh Saraswat and Raju Pal.
In recent times, automation of the initial tumor prognosis and classification has
become possible due to the advancements in the field of deep learning. But there is
a scarcity of good quality datasets which are available in the public domain for this
particular problem. The shortage of open-source datasets of ultrasound (US)
images of breast cancer prohibits research in this field as the practitioners are not
able to get decent performance from their experiments. In the proposed system, the
ultrasound image dataset is cleaned and augmented by using classical approaches
in conjunction with the latest deep learning based augmentation methods such as
Data Augmentation Generative Adversarial Networks (DAGANs). The augmented
dataset used in this experiment was able to provide very efficient results in the task
of binary classification of breast ultrasound images and it will be very beneficial
for future experiments in this particular field when it is available in the public
domain.
PAPER ID: 83
PREPARATION AND CHARACTERIZATION OF MG/NI THIN
FILM FOR HYDROGEN STORAGE APPLICATIONS
Mahesh Kumar Jangid, Shyam Sunder Sharma, Dhirendra Mathur, Yogesh
Chandra Sharma and Deepanshu Arora.
Metal hydrides are known as a potential efficient, low-risk option for high-density
hydrogen storage purpose from both theoretical and practical point of view. In the
present study bilayer Mg/Ni (150nm) thin films were prepared by using magnetron
sputtering unit. The prepared thin films were annealed at temperature 573K in
vacuum for an hour to obtain homogeneous and inter diffusion structure. Before
and after hydrogenation of thin films, various properties, including the current-
voltage characteristics, optical absorption, optical band gap, Raman spectroscopy
and surface topography have been studied and discussed. As deposited thin film
structure shows the ohmic nature and after annealing it shows the partially
semiconductor nature and found that the conductivity of the annealed film
decreased with hydrogen pressure during the hydrogenation of thin film, it may be
due to decrease in free carrier concentration with hydrogen.
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The optical absorption as well as energy band gap of annealed film are increased
with hydrogen pressure and suggests that optical band can be tailored using
hydrogen gas in thin films structure and the phase were changed in thin film
structure after hydrogenation. Surface topography of pristine and annealed thin
films was confirmed by using optical microscope. The Raman Spectroscopy of thin
film structure shows that intensity of Raman peaks were decreased with hydrogen
pressure and suggests that hydrogenation may change the phase or make the
bonding with metal interstitial as well as surface locations. All investigations are
indicated that these thin film structure can be used for hydrogen storage
applications.
PAPER ID: 84
ON THE SOLUTIONS FOR GENERALIZED MULTI-ORDER
FRACTIONAL PARTIAL DIFFERENTIAL EQUATIONS
ARISING IN PHYSICS
Sunil Dutt Purohit.
In this article we have studied solutions of a generalized multi-order fractional
partial differential equations involving the Caputo time-fractional derivative and
the Riemann-Liouville space fractional derivatives using Laplace-Fourier
transform technique. Proposed generalized multi-order fractional partial
differential equation is reducible to Schr\"odinger equation, wave equation and
diffusion equation in a more general sense, and hence, solution of these equations
are specifically noted. Not only this, solutions of equation proposed in the
stochastic resetting theory in the context of Brownian motion can also be found in
a general regime.
PAPER ID: 85
SHEHU INTEGRAL TRANSFORM OF THE S-FUNCTION
Mridula Purohit and Rashmi Goyal.
In recent years many researchers have paid attention to discover the conclusion of
many problems related to field of sciences and engineering by applying integral
transform method. We present in this paper shehu integral transform of S- function
which is a prolongation of the generalized mittag-leffler function.Shehu transform
is entirely fruitful for applied problems as growth and decay problems.
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PAPER ID: 86
BIODIESEL: NEEM OIL IMPACT ON ENGINE
PERFORMANCE
Amogh Sharma, Jyoti Sharma and Dhiraj Singh.
This study shows the feasibility of using Neem oil as diesel substitute. We have
composed a mixture of ethanol, neem oil & diesel in the ratio of 5:5:90, 5:10:85,
10:5:85, 10:10:80 and 10:30:60 respectively. A comparative study of combustion
characteristics of these five ratios on diesel engine has been done. On blending of
ethanol & diesel with neem oil, a considerable improvement is shown in their
physical & chemical properties. Cetane number of this biodiesel mixture came
very closer to pure diesel. CI engine was run on each mixture of biodiesel as well
as on pure diesel at different load (1000, 2000and 3000 Watt) at constant speed of
1500 rpm separately.
PAPER ID: 87
MODELO COMPUTACIONAL Y MONITOREO EN ATENCIÓN
MÉDICA INTEGRAL A PACIENTES CON EPOC, BASADO EN
TELEMEDICINE
Fernando Solis, Cesar Vásconez, Dolores Rexachs and Emilio Luque.
La enfermedad pulmonar obstructiva crónica (EPOC), requieren un seguimiento
habitual y sistemático que incluye la medición de parámetros como: el índice de
masa corporal, el porcentaje de saturación de oxígeno, el valor de la presión
arterial, y el volumen del flujo máximo respiratorio, frecuentemente procede en el
ámbito pulmonar y se vincula con un elevado número de enfermedades que afectan
a distintos órganos. El modelo computacional de monitoreo y atención médica
básica integral sincrónica y/o asincrónica a pacientes con EPOC aplicando
telemedicina recolecta, analiza, procesa datos y expone sus resultados
gráficamente, permitiendo establecer procedimientos de actuación que ayuden a
valorar el impacto que tendría el sistema sobre el estado de pacientes, los
potenciales beneficios en el sistema sanitario y la reducción de los servicios
médicos presenciales. El monitoreo y la consulta de los datos es un sistema
bidireccional (médico paciente y paciente médico), que busca tener impacto en la
calidad de vida del paciente y la disminución de crisis al año,
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disminuyendo el número de veces que el paciente tenga que acudir a un centro
sanitario o incluso ser hospitalizado. El proceso computacional basados en
monitoreo, seguimiento y valoración facilita a pacientes con EPOC enviar datos
recolectados en el confort del hogar, lo que asiente realizar mediciones y
diagnosticar al paciente automáticamente por medio del aplicativo móvil, un
paciente con EPOC se formará para adquirir un grado de entrenamiento suficiente
para toma de muestras y enviar la información por medio del aplicativo al servicio
sanitario pertinente sin necesidad de movilizarse físicamente, convirtiéndose
entonces en un paciente empoderado, el objetivo es analizar el impacto del uso de
esta tecnología en la calidad de vida del paciente y los potenciales beneficios en el
sistema sanitario
PAPER ID: 88
STUDY ON LAPLACE TRANSFORMATION AND ITS
APPLICATION: A REVIEW
Dr. Vandana Agarwa And Prof. (Dr) Mayank Varshney
Laplace Transformation is one of the important tools used by scientists and
researchers in numerous areas of Engineering such as Circuit Analysis, Control
Systems, Communication System, Signal Processing, Mechanics, Hydrodynamics,
Heat Conduction, Beam Problems, Networks and Space Theory . In this paper 20
research papers were studied and the applications of Laplace Transformations are
reviewed. This review paper summarizes the existing theory, Problems worked on,
the procedure, how and where Laplace Transform used in various applications The
results of numerous studies, allow us to recommend the use of this technique to
model their research problem mathematically and to find the solution to the same.
PAPER ID: 89
A STUDY OF WEATHER FORECASTING IN IOT
TECHNOLOGY
Veeresh Thakur1, Manish Kumar Gour1, Shaina Arora2
Weather forecasting is the most important things in the today’s world. Basically
weather fore casting are used to provide the information about weather and their
climate Changes that “how the climate are change with time?” weather forecasting
is the use of Science and technology to predict the condition of weather for given
area It is one of the Most difficult issues the world over. This paper introduced a
classify approach for prediction of weather condition and shows how Naïve-Bayes
and Chi square algorithm can be utilized for classification purpose.
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In this paper we are going to shows that how various algorithms and Sensor are
worked in weather forecasting? This system is a web-application with effective
graphical user interface.
PAPER ID: 90
DIGITAL MARKITING
Harsh Vardhan, Shaina Arora, Ankit Kumar Tiwari
This paper offers sees on a few current and future patterns in promoting. The
substance is based on recent writing and on what is happening within the trade
world. The paper is based on secondary information. The paper is based on extant
writing and web sources. The different articles, researches, reports, daily papers,
magazines, different websites and the data on internet have been considered. We
encounter a radical alter in India towards the digitalization. The consumer are
looking and looking more on internet to discover the finest bargain frame the
venders around India as compared to conventional or customary strategies. In this
consider, we recognized that businesses can truly advantage from Computerized
Promoting such as look motor optimization (SEO), search motor showcasing
(SEM), substance showcasing, influencer showcasing, substance computerization,
ecommerce showcasing, campaign showcasing, and social media showcasing,
social media optimization, email coordinate promoting, show publicizing, e–books,
optical disks and diversions and are getting to be increasingly common in our
progressing innovation. It is illustrated that we all are associated through whatsapp
and facebook and the expanding utilize of social media is creating unused openings
for computerized marketers to draw in the
PAPER ID: 91
EFFECT OF AIR ANNEALING ON THE OPTICAL BANDGAP
OF SE THIN FILM
Dr. Ruchi Sharma, Dr. Dhirender Mathur and Dr. Y.C. Sharma
Thin film solar cells are most efficient devices to convert solar irradiation to
electricity. Se is a semiconducting material which is abundant, low-cost, low-
toxicity element. Use of photovoltaics (PV) is a promising alternative to the
worldwide energy problems. The plan is to grow and characterize thin layers of
materials comprising the CZTSe elements.
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To start with Selenium thin films were deposited on glass substrate using thermal
vacuum evaporation technique. Films of different thickness 50nm, 100nm, 150nm
were prepared and were air annealed at 100 & 150 degrees C in tube furnace for 15
minutes. The Optical absorption, transmission and reflection spectra of films have
been measured by the UV/Vis spectrophotometer to examine optical band gap and
absorption coefficient. The effect of air annealing in the variation of optical band
gap has been studied and reported in this work.
PAPER ID: 92
OSTROWSKI INEQUALITY AND APPLICATIONS FOR THE
HH-F DIVERGENCE MEAASURE IN TERMS OF ℵ^2-
MEASURE
Anulika Sharma and Ram Naresh Saraswat.
Here we discuss bounds for the Hermite-Hadamard (HH) f-divergence measure of
ℵ^2- divergence measure and also establish some inequalities . Deal with
application of Kullback-Leibler divergence
PAPER ID: 93
STUDY OF HEAVY METALS IN UNDERGROUND SOIL
STRATA NEAR ALIGARH CITY
Rana Pratap Singh and Praveen Kr. Navin.
The ground water gets contaminated by heavy metals by various anthropogenic
activities such as sewage irrigation, electroplating, refinery, municipal solid waste
dumping. However, the sorption of these heavy metals in the soil its mobility and
distribution depends upon soil type, climate, and other natural and anthropogenic
activities. These heavy metal contaminants are undesirable for the human health
and the environment, and can produce toxicant effect by bio magnifications. The
Effluent of every kind must be treated for the removal of heavy metals for
contaminant free groundwater and healthy soil. The use of groundwater from the
shallow hand-dug wells by host communities should be discouraged and
alternative source of water should be provided by the company or government.
Deep sited boreholes should be sunk to replace the existing shallow hand-dug
wells in the area. It is concluded from the present study that the electroplating
industries in Aligarh must either treat their electroplating wastewater for zero
concentration in effluent or the operations of electroplating industries should be
discontinued.
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If the present trend of Cadmium rich wastewater dumping persists, sooner or later
it may cause kidney problems and cancer in these areas. The effluent of any type
containing heavy metal must be treated before disposing it to prevent ground water
contamination the characteristics of subsoil is different from those of the surface
layer Zinc Lead and Chromium in the soil under analysis is lower than the
permissible limits of world health organization Cadmium is found to be higher
than the permissible limits of world health organization at all the three places in
Aligarh.
PAPER ID: 94
LEACH ROUTING PROTOCOL OF WSN AND DTN FOR THE
SCRUTINY OF SECURITY THREATS
Shahid Shabir and Bhojraj Agarwal.
The routing protocol is a process to select suitable path for the data to travel from
source to destination. The process encounters several difficulties while selecting
the route, which depends upon, type of network, channel characteristics and the
performance metrics. The data sensed by the sensor nodes in a wireless sensor
network (WSN) is typically forwarded to the base station that connects the sensor
network with the other networks (may be internet) where the data is collected,
analyzed and some action is taken accordingly. In very small sensor networks
where the base station and motes (sensor nodes) so close that they can
communicate directly with each other than this is single-hop communication but in
most WSN application the coverage area is so large that requires thousands of
nodes to be placed and this scenario requires multi-hop communication because
most of the sensor nodes are so far from the sink node (gateway) so that they
cannot communicate directly with the base station. The single-hop communication
is also called direct communication and multi-hop communication is called indirect
communication. In multi-hop communication the sensor nodes not only produce
and deliver their material but also serve as a path for other sensor nodes towards
the base station. The process of finding suitable path from source node to
destination node is called routing and this is the primary responsibility of the
network layer.
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PAPER ID: 95
DEVELOPING REAL LIFE, TASK ORIENTED APPLICATIONS
FOR THE INTERNET OF THINGS
Ali Ali Hussein Atef and Bhojraj Agarwal.
The Internet of Things is becoming ubiquitous. A growing number of objects are
being equipped with devices that interact with its environment and exchange data
via the Internet. Such devices are not powerful enough to run iTasks (an
implementation of the Task Oriented Programming paradigm written in Clean)
applications. The mTask Embedded Domain Specific Language was created with
one goal in mind: to bring Internet of Things devices and the Task Oriented Pro-
gramming paradigm together. But so far, only trivial applications were developed
using mTask. This thesis assesses whether mTask can be used to develop real-life
applications. Auto house, the home automation application developed during the
research, guided improvements in the mTask development environment and
unearthed problems yet to be resolved.
PAPER ID: 96
HESITANT PROBABILISTIC FUZZY SET BASED MCDM
METHOD WITH APPLICATIONS IN PORTFOLIO SELECTION
PROCESS
Dheeraj Kumar Joshi, Natasha Awasthi and Shshank Chaube
Uncertainty management in decision making problems (DMPs) is a big issue for
researchers. To completely depict statistical and non-statistical uncertainty in a
single framework a hesitant probabilistic fuzzy set based MCDM method is
developed. The decision making framework of proposed PHF-TOPSIS method is
more superior to other MCDM methods, because of introducing probabilistic
information in HFEs, which can be useful to ensure the integrality and accuracy of
hesitant fuzzy information. A real case study is taken as an example to find the
ranking of stock organizations: State Bank of India, Infotech Enterprises, I.T.C.,
H.D.F.C. Bank, Tata Steel, Tata Motors and Bajaj Finance using real data.
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PAPER ID: 97
ENERGY EFFICIENT WATER QUALITY MONITORING
USING WIRELESS SENSOR NETWORKS
Manish Purohit.
Water is an important natural resource. Regular quality monitoring is required for
safe use. Generally, the water quality identification was done manually in Labs.
Manual methods fail to deliver real-time collection of data. In the proposed work
aquatic area water quality monitoring (WQM) system based on WSN to help in
continuous and remote monitoring of the water quality data in India shall be
executed. The WSN node shall be designed for monitoring three of the main
parameters that affect the quality of water, i.e. pH, dissolved oxygen (DO)
ubiquitous element Arsenic, Salt and iron and temperature of water. The proposed
WSN node design mainly comprises of a microcontroller and radio module with
sensors for WQM.
PAPER ID: 98
GAN HEMT DEVICE MODELING USING MACHINE
LEARNING ALGORITHM
Dr. Niketa Sharma, Dr. Ashish Sharma, Yogendra Gupta and Dr. Harish Sharma.
The interest for diagnosing and monitoring of chemical substance and
biomolecular analyses are expanding day by day. Fast, consistent, ultrasensitive,
compact sensor frameworks are of the most extreme significance for distinguishing
these analyses. AlGaN/GaN-based high electron mobility transistor (HEMT) has
been enormously proficient for chemical, gas, liquid, and biosensing application
because of its remarkable properties like low toxicity, chemical stability, and
superior conductivity on account of the high saturation velocity and high sheet
carrier concentration of the two-dimensional electron gas (2DEG) layer in the
AlGaN/GaN heterostructure. An accurate simulation and modeling of the
AlGaN/GaN HEMT entail a good comprehension of the underlying material
physics as well as a precise knowledge of the material parameters used for the
device fabrication. Hence this work focuses on the Modeling and Simulation of
AlGaN/GaN HEMT nano biosensor. Also, we will design and investigate the key
parameter, which plays an important role in the enhancement of performance of
the HEMT device as a biosensor.
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A novel output I-V characteristics model for Gallium Nitride (GaN) High
Electron-Mobility Transistor (HEMT) based on a machine learning technique is
reported in this paper. As one of the core methods of machine learning technique,
Random Forest is used to building this new model. The performance of the
proposed model is validated through TCAD Simulated test examples. The model
can very accurately predict the I-V curves at different temperature values (300K -
600K) of GaN HEMT devices. It indicates that the proposed model can include
self-heating and thermal effect in it very effectively to be used these devices in
harsh environments. We have done the simulation of I-V characteristics for GaN-
based HEMT devices for a temperature range from 300 K to 600 K using silvaco-
ATLAS. The machine learning models were trained on the dataset with the
different gate to source voltage (Vgs) and temperature oscillating from 300 K to
600 K. The temperature values higher than 300 K were used to test the model’s
capability to extrapolate outside the input range. The applied voltage between gate
to the source is 2 V. The data extracted from the decision tree model is compared
with simulated outcomes and a mean square error between these two was
calculated as 8.32 ∗ 10-8. The results show that the Random forest algorithm is
very convenient and suitable to model the nonlinear equivalent elements and can
improve the accuracy and applicability of the nonlinear model for the design and
analysis of GaN HEMT based biosensor.
PAPER ID: 99
BRIDGING THE GAP BETWEEN TRADITIONAL AND
CONTEMPORARY EDUCATION SYSTEM FOR TEACHING
AND PROFESSIONAL COURSES
Garima Jolly
we Indians love are tradition same as education we following the tradition education system that as various pitfalls today’s government schools using same blackboard chokes even old teaching technique books notebooks contemporary education system is based on students learning and experience activities. This scenario is mostly used by develop country like Cambridge board The Cambridge IGCSE board provide a variety of routes with a student abilities. It helps to improve performance skills creative thinking, enquiry and problem solving. The tradition education system has some following advantages Face to face interactions: Social interactions: Extracurricular activities: The contemporary education system has some following advantages
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Distant education: Flexibility: Student-centered: Low cost: so we need to use perfect mixture of both education system
PAPER ID: 100
FACTS AND FIGURES OF ANCIENT MATHEMATICAL
TECHNIQUES
Vijay Kumar Vyas.
The present talk is a short review on comparison between two following ancient
mathematical techniques.
1. Abacus math
2. Vedic math
Abacus math and Vedic math are two ancient methods available for Math’s
students to learn and to become masters in calculations. These two Methods are
easy to learn and facilitate students to do large and compound calculations
mentally without having to use calculators or any other electronic device. There
are some likenesses in these two ancient math systems and few differences also
that will be highlighted in this article.
PAPER ID: 101
ELECTROCHEMICAL DETERMINATION OF ARSENIC IN
DRINKING WATER BY USE OF CARBON NANO TUBES
MODIFIED SENSOR.
Ashutosh Sharma, Prof. (Dr.) Sunita Bishnoi and Prof. (Dr.) Sarita Choudhary,
Department of Chemistry, Vivekananda Global University, Jaipur
Nanomaterials are the best electrochemical sensors because they increase the
electro active surface area and enhance electron transfer. Determination of
metal ions in environment and water samples by carbon nano tubes modified
sensor is subject of considerable research attention. The presence of arsenic in
the environment creates severe global health warning. Due to its toxicity, the
sensing of arsenic is extremely important. Many of the available detection
methods for arsenic have many limitations on selectivity and sensitivity.
Therefore, there is an expanding demand for quick, well designed and low cost
method that can be used for onsite determination.
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The carbon nano tube modified sensor is proposed to determine arsenic at
trace levels using voltammeter. The redox peak current of As+3 is directly
proportional to its concentration and a linear calibration curve was obtained.
Interference study of copper, lead, iron, zinc and mercury ions was carried out in
view of coexisting ions interference. The electro catalytic activity of proposed
sensor was compared with earlier reported electrodes. The proposed sensor
shows well improved voltammetric response with low detection limit and high
sensitivity as compared to reported electrode. The sensing performance of
given sensor was also compared towards arsenic determination in standard
arsenic water samples.
The proposed sensor denotes remarkable enhanced voltammetric response with
decreased peak potential and increased peak current. Three water samples from
different sources and areas were analyzed using carbon tube modified sensor.
The proposed sensor shows an allowable reproducibility
PAPER ID: 102
A REVIEW ON ARTIFICIAL BEE COLONY AND PARTICLE
SWARM OPTIMIZATION ALGORITHMS
Kavita Sharma and P C Gupta
Swarm Intelligence is a meta-heuristic approach in the field of nature-inspired
techniques that are used to solve various real-world optimization problems. The
swarm intelligence-based algorithms that have emerged in recent years include Ant
Colony Optimization (ACO), Particle Swarm Optimization (PSO), Bacterial
Foraging Optimization (BFO), Artificial Bee Colony Optimization (ABC), etc. The
main objectives of this Abstract are:
• To study the behavior of different swarm intelligence-based algorithms.
• To analyze the existing drawbacks of the swarm intelligence-based algorithms.
• Enhancing the performance of swarm intelligence-based techniques by tuning of
control parameters, hybridizing two algorithms, or by introducing new local search
strategies.
• To establish the competitiveness of the newly developed modified variants through
experiments and testing on the real world's complex optimization problems like job
shop scheduling problem (JSSP), single machine total weighted tardiness problem
(SMTWTP), wind farm layout optimization problem (WFLOP), etc.
• On the basis of the analyses of the reported results, recommending the newly
developed algorithms about their applicability on the problems based on the nature
of the optimization problem
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PAPER ID: 103
A REVIEW ON SWARM INTELLIGENCE BASED
ALGORITHMS FOR LARGE SCALE SINGLE MACHINE
TOTAL WEIGHTED TARDINESS PROBLEM
Shruti Gupta and Rajani Kumari
Single machine total weighted tardiness problem (SMTWTP) is one of the
fundamental combinatorial optimization problems and a variant of scheduling
problems. The problem consists of a set of independent jobs with distinct processing
times, weights, and due dates to be scheduled on a single machine. The goal of the
problem is to minimize the total weighted tardiness. Swarm intelligence is the
collective behavior of decentralized, self-organized systems, natural or artificial.
The emergent collective intelligence of groups of simple agents is termed swarm
intelligence. Individually, these agents are not intelligent but they have self-
organization and division of labor in their nature. Collectively, these agents follow
simple rules while interacting with others without any centralized control.
Adaptation and diversity in swarm intelligence-based algorithms can be seen as a
proper balance between intensification and diversification, controlling and fine-
tuning of parameters, and the identification of new solutions and the precise
aggregation of uncertainty. This paper aims to provide a comprehensive review on
swarm intelligence based algorithms for solving the large scale single machine total
weighted tardiness problem.
PAPER ID: 104
AGE INVARIANT FACE RECOGNITION MODEL USING
GENERATIVE ADVERSARIAL NETWORK
Mukesh Saraswat and Harish Sharma
.
A facial recognition system is a one of the application areas where researchers have
achieved adequate accuracy. Different convolutional neural networks have been
developed for the identification of faces. However, age invariant face recognition
process is still an open research area. An age invariant face recognition system can
be applied in various real world applications like identification of missing children,
generate childhood photos, criminal identifications and many more. A number of
methods have been developed to generate faces of a person for his different age
groups.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 106
However, the accuracy and precision of such models are not adequate. Therefore, in
this work, a new age invariant face recognition system has been developed using the
generative adversarial network. The proposed model has been compared with state-
of-the-art technologies. The experimental results show that the proposed model
outperforms the existing models.
PAPER ID: 105
SIMILARITY METHOD TO STUDY STRONG
SHOCKWAVES IN NON-IDEAL MAGNETO GAS
DYNAMICS
Muskan Yadav, Sanjay Yadav
Department of Applied Sciences
The NorthCap University, Sector-23 A, Gurugram-122001, India
Corresponding
Email: [email protected]
InThis paper, Partial Differential Equations (PDEs) system associate with one-
dimensional unstable-flow, planar adiabatic-flow and cylindrical-symmetric shock-waves
in non-ideal gas with magnetic field presence is investigated. Through the use of lie group
transformation method, the self-similar solution class is obtained. This method allows us
to fully characterize the rate of relaxation in the form of state-dependent for invariant
problem in order to confess its self- similarity solution. We derived the qualitative
features of possible form of integrated similarity solutions. A different case study arises
because of the arbitrary-constants appear in the expression of infinitesimal
transformations generator provide us all term of possible solutions along with power
laws, exponentially and logarithmically shock trace. In a specific case, the imploding
shock-wave collapse is established for the cylindrical symmetrically flow. The similarity
exponents and the flow variables pattern beyond the shock are fully investigated by
performing numerical calculations and compared withe Guderley's rule.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 107
PAPER ID: 106
NEW ITERATIVE Ρ-LAPLACE TRANSFORM METHOD
FOR (2+1) DIMENSIONAL PHYSICAL MODELS
Lokesh Yadav1, Garima Agarwal1
1Department of Mathematics and Statistics,Manipal University Jaipur
Emails: [email protected], [email protected]
In this paper, A new iterative transform technique with ρ-Laplace transform is
Applied for obtain the approximate solutions of time fractional (2+1) dimensional
Physical models. The derivative is consider in generalized Caputo derivative sense.
The proposed scheme is the hybrid methodology of ρ-Laplace transform and new
Iterative technique. The numerical solutions of various targeted problems are rep-
resented by graphs which have described closed contact between obtained series
Solutions and exact solution of the problems. The impact of ρ and order δ on the
Approximate solutions of time fractional (2+1) dimensional physical models also
Investigated.
“International Conferences on Science and Computing” ICSC, 2021 January 23rd -24th
ICSC, 2021 Vivekananda Institute of Technology, Jaipur
Page 108