eitrc book of abstracteitrc.crisat.net/eitrc 2017 book.pdf · programming in a fully online course:...

EITRC BOOK OF Abstract Available online at

http://eitrc.crisat.net/

Venue: 251/A and 252 Tejgaon Industrial Area, Dhaka-1208,

Permanent Campus, Southeast University

Centre for Research

& Innovation in Science, Arts &

Technology (CRISAT)

Southeast University

Bangladesh

Centre for Research & Innovation in Science, Arts & Technology (CRISAT)

CRISAT aims to be a positive catalyst of the intellectual growth of our society. It offers a platform for research networking and knowledge exchange through organising a number of conferences focusing on various disciplines. It started its journey with name of ‘Clothing Technology Centre’ back in 2012 and has been organising Textiles Research Conference (TRC) since 2014. In order to serve the different branches of academic sector, we have become CRISAT in 2016 and have started to offer academic conferences for the researchers and professionals of different fields covering science, arts, humanities, engineering and technology.

Electronics & Information Technology Research Conference (EITRC) | Medical and Pharmaceutical Research Conference (MPRC) | Textile Research Conference (TRC)

http://eitrc.crisat.net/, http://mprc.crisat.net/, http://trc.clothinginstitute.org/


http://mprc.crisat.net/

http://trc.clothinginstitute.org/

1st Electronics & Information Technology Research Conference (EITRC) 29 September 2017

Technical Session 1 (3:30 to 4:20 pm) Role Name Topic

Speaker 1 Mr. Niloy Anik, Founder of The Tech Lab.

Story of the Tech lab

Speaker 2 Dr. Muhibul Haque Bhuyan, Associate Professor & Chairman, Dept. of EEE, Southeast University

History and Prospects of Electrical and Electronic Engineering Education in Bangladesh

Speaker 3 Dr. Md. Khalilur Rhaman, Information Engineering, Associate Professor, Dept. of CSE, BRAC University.

Cloud Computing, Internet of Things, and Satellite Technology: Emerging Integrated Research Scope for Ubiquitous Computing

Co-chair Dr. Dip Nandi, Associate Professor & Head [UGP], Dept. of Computer Science, American International University, Bangladesh

Chair Prof. M. Ameer Ali, Chairman, Dept. of CSE, Bangladesh University of Business & Technology

Technical Session 2 (4:30 to 5:30 pm)

Role Name Topic

Speaker 1 Ms. Anika Aziz, Assistant Professor, EEE, SEU

Simulation and performance analysis of Random Way Point (RWP) and Shortest Path Map Based Mobility (SPMBM) model for Delay Tolerant Network (DTN) routing protocols

Speaker 3 Dr. Tahmina Zebin, Research Associate, School of EEE, University of Manchester

Adaptive Wearable Sensor Development and Health Risk Prediction using Machine Learning Algorithms: Wearable Clinic Scenario

Co-chair Dr. Muhibul Haque Bhuyan, Associate Professor & Chairman, Dept. of Electrical & Electronics Engineering, Southeast University

Chair Prof Dr. Touhid Bhuiyan, Professor & Head, Dept. of Software Engineering, Daffodil International University.

Technical Session (5:40-7:00pm): Research & Innovation + Plenary Session

Role Name Topic

Speaker 1 Dr. Dip Nandi, Associate Professor & Head [UGP], Dept. of Computer Science, AIUB

Facebook versus Blackboard for Supporting the Learning of Programming in a Fully Online Course: The Changing Face of Computing Education

Speaker 2 Dr. Abu S M Sayem, Research Associate, Manchester Metropolitan University

Developing 2D/3D CAD Software Solutions for Apparel & Textile Industry

Speaker 3 Dr. Md. Shafiul Alam Khan, Assistant Professor, IIT, Dhaka University

Information Security

Special Guest

Prof. Syed Fakhrul Hassan, Dean, School of Science & Engineering, Southeast University

Chief Guest Mr. Mustafa Jabbar, President, Bangladesh Association of Software and Information Services (BASIS)

1st Electronics & Information Technology Research Conference (EITRC)

29 September 2017, Dhaka, Bangladesh 1

History and Prospects of Electrical and Electronic Engineering

Education in Bangladesh

Dr. Muhibul Haque Bhuyan

Associate Professor & Chairman, Department of Electrical and Electronic Engineering,

Southeast University, Bangladesh

Corresponding Email: [email protected]

Abstract This talk is about the history and prospects of Electrical and Electronic Engineering (EEE)

education in Bangladesh. Besides, I will also talk about the scopes and nature of jobs of these

diversified fields at home and abroad. Electrical and Electronic Engineering education has

entered a transitional phase because the technology is changing every day. The diversity of

EEE education is also increasing underscoring its multi-disciplinary nature. All the areas of the

electrical and electronic engineering are growing rapidly and new fascinating disciplines of this

subject are being created. Thus, the roles and responsibilities of an Electrical and Electronic

Engineer have been changed significantly. Employers demand an Engineer with excellent

communication skills along with the skills of multi-disciplinary engineering. Keeping this in mind,

the curriculum of EEE Department has been designed at various universities of the country for

both undergraduate and graduate programs. At present, the main focus of the EEE Department

curriculum is on four major areas- power and energy, electronics, communication and computer

in the undergraduate and graduate curricula in Bangladesh. Generally, a student becomes

specialized in one of these groups without compromising the fundamental knowledge of

Electrical and Electronic Engineering education. Courses in basic sciences, mathematics and

the other relevant branches of engineering have been included in the curricula. Extensive

number of laboratory experiments have been design and conducted using modern equipment

to verify various theories and also to design, implement, test and measure various systems.

Courses of the humanities, social sciences, ethical principles and management, with special

attention to the development of effective written and oral communication skills have also been

included in the curricula. Technical elective courses and relevant laboratory works that

encourage individual students’ interests and provides the opportunity to gain further knowledge

in multiple disciplines, facilitates the development of problem solving, teamwork, and

engineering design skills with the aid of tools, such as, computer and software as well as

various sophisticated modern instrument. These well designed 4-year undergraduate and 2-

year graduate programs certainly help a student to prepare him/herself for the diversified

Electrical and Electronic Engineering job fields at home and abroad.

mailto:[email protected]

1stElectronics & Information Technology Research Conference (EITRC)


Simulation and performance analysis of Random Way Point

(RWP) and Shortest Path Map Based Mobility (SPMBM) model

for Delay Tolerant Network (DTN) routing protocols

Ms. Anika Aziz

Assistant Professor, Department of Electrical and Electronic Engineering, Southeast

University, Bangladesh


Abstract Mobility patterns play a significant role in determining the routing protocol performance in any

type of network. In a Delay Tolerant Network (DTN) the nodes have unpredictable contact

periods. The mobility of the mobile nodes causes the available links to go up and down for

variable time periods. Different DTN routing protocols are developed to route information

through such variable and unpredictable situation. Among them Epidemic [1], Spray and Wait

(SW) [2] and Handoff-based And Limited Flooding (HALF) [3] have very distinctive principles

for routing through network. Our objective is to study how the Mobility models can affect

different protocol performances in a network where we have multiple types of mobile nodes

such as pedestrians, cars, buses and trams. We evaluated with one random model such as

Random Way Point (RWP) [4] and another more realistic model like Shortest Path Map Based

Movement (SPMBM) [5]. Out of so many different types of DTN routing protocol, we have

considered Epidemic, SW and HALF to see how one unlimited and another limited type of

flooding routing protocol work in comparison to HALF which has a infrastructure to accomplish

routing through handoff process. We have observed the performances by varying the number

of different types of mobile nodes. The number of cars influences the delivery ration very much

because of the increased contact frequency. The number of trams has less influence on the

delivery performance. From different simulation results we have concluded that the SPMBM

mobility model with high speed vehicle improves the performance of the routing protocols.

References:

[1] A. Vahdat and D. Becker, “Epidemic routing for partially connected ad hoc networks,” Technical Report CS- 200006, Duke University,

April 2000

[2] T. Spyropoulos, K. Psounis, and C. S. Raghavendra, ”Spray and Wait: An efficient routing scheme for intermittently connected mobile

networks,” SIGCOMM‟05, pp. 252-259, August 2005.

[3] A.Aziz, M.E.Haque, C.Borcea, Y.K.Hassan, and S.Yamada, Managing disconnected mobile nodes in a Delay Tolerant Network with

HALF routing protocol, IEICE Trans. On Communications, E96-B(7), p.1691-1705, Jul.2013

[4] Fan Bai and Ahmed Helmy, A SURVEY OF MOBILITY MODELS in Wireless Adhoc Networks, University of Southern California,U.S.A

[5] A. Keränen, J. Ott, and T. Kärkkäinen, “The ONE Simulator for DTN Protocol Evaluation,” SIMUTools'09, March 2009.




Adaptive Wearable Sensor Development and Health Risk Prediction using Machine Learning Algorithms: Wearable Clinic

Scenario Dr. Tahmina Zebin

Department of EEE, University of Manchester, UK


Abstract The use of wearable and intelligent sensors is currently receiving pronounced interest for their applications in

clinical and ambulatory monitoring and also in pervasive computing systems. We are developingan adaptive

inertial sensing platform with signal compression algorithms for high-resolution, longitudinal wearable

accelerometry data. The prime design criteria for the sensor are to minimise communication demand and

maximise sensor operating lifetime. The long-term aim of this research is to create a "Wearable Clinic”

platform to facilitate the following:

1. To implement adaptive sensing and behavioural Phenotyping.

2. To create dynamic multidimensional methods(machine learning algorithms) for predicting health risks in

patients with one or more Long Term conditions(LTC) from electronic health record (EHR) data and the data

collected from the Wearable sensor.

3. To support future real-world deployment of the Wearable Clinic through early assessment of user

acceptability; potential health and economic benefits; patient safety and data security risks; and regulatory

challenges associated with clinical deployment.

At the primary stage of the development of such a solution, a general-purpose framework has beendeveloped

for wearable sensor based activity recognition system where the volunteers performed six different activities

of daily life.We have used machine learning algorithms such as Decision tree, Ensemble Classifiers, Nearest

Neighbour Classifiers, Support vector machine (SVM) and several feature selection methods to find the

classification accuracy of the activities. To make the recognition process faster, further experimentation on

the features extracted from the accelerometer and gyroscope time series data of the sensor was done. A

discussion is presented on how optimizing different design parameters such as behavioural phenotypes or

features can predict health risks for patients and can be used in the implementation of Wearable clinic.



Facebook versus Blackboard for Supporting the Learning

of Programming in a Fully Online Course:

The Changing Face of Computing Education

Dr. Dip Nandi

Associate Professor & Head, Department of Computer Science,

American International University-Bangladesh


Abstract

University courses are typically managed through learning management systems, which were

established to enable access to their educational resources online at any time, but are these

enough? We are interested in researching the impact that Facebook can have for online

students in an introductory programming course. In particular we want to know whether any

learning can occur in Facebook. We compare the student participation to the two environments:

the Blackboard Discussion Forum and the Facebook programming group, over the semester

of the course. In this paper we analyse the student postings and identify the similarities and

differences of the two environments and we discuss the benefits and drawbacks of each

environment. Our primary finding was that Facebook attracted more students (over Blackboard)

due to its social and community learning benefits, encouraging students to support one another.

Blackboard was viewed as the authoritative and valid medium for official course material.

Finally, there is a need for further work to determine how the two media may be better integrated

for course delivery.


1st Electronics & Information Technology Research Conference (EITRC)


Developing 2D/3D CAD Solutions for Fashion and Textiles

Dr. Abu Sadat Muhammad Sayem

Research Associate, MFI, Manchester Metropolitan University, UK


Abstract

Fashion and Textile industry is one of the biggest industrial users of CAD/CAM systems.

Software solutions are available on the market to help design yarn, fabric and garments both

in 2D and 3D environments. Two dimensional (2D) graphics software packages such as

Illustrator (Adobe Inc.) and CorelDRAW (Corel Corp.) or customised packages fashion and

textile industry such as Kaledo Style (Lectra), Vision Fashion Studio (Gerber), Tex-Design

(Koppermann) etc. are being used around the world. Use of specialised 2D CAD software

packages including packages such as cad.assyst (Assyst-Bullmer), Modaris (Lectra),

Accumark (Gerber), Master Pattern Design (PAD System), TUKAcad (Tukatech), GRAFIS

(Software Dr. K. Friedrich), Audaces Apparel (Audaces), COAT (COAT- EDV-Systeme) and

Fashion CAD (Cad Cam Solutions) are very common in the manufacturing industry. A set of

three-dimensional (3D) CAD software packages for virtual prototyping of clothing is now

commercially available. This presentation will touch on the challenges today’s software

developers may face to meet the demand of this dynamic industry.


Training Sessions on

RESEARCH SKILL & ACADEMIC WRITING

for

Undergraduate & Postgraduate Students and University Teachers

Training Sessions

1) Introduction to Research: How to write a Research Proposal

How to find a research topic

The research process

What to include in a research proposal

What is plagiarism?

Duration: 2 hours, Registration fee: BDT 500/-

Session for 1st Batch MSc students of BUTEX. Some of the participants are

now teachers at BUTEX

Session for the teachers of the Textile Department of the Ahsanullah

University of Science & Technology.

2) Doing Literature Review and Starting Thesis writing

The purposes of literature review

Strategies for literature review

How to write literature review

How to avoid plagiarism


3) Research Methodology & Methods

Methods or methodology?

What are the available methods?

How to select the right technique (s)


4) Academic Writing (writing your research project/dissertation)

Is there any standard feature, format or structure?

How to write different chapters

How to seek support from supervisor (s)

How to avoid mistakes


Organised by:

Centre for Research & Innovation in Science, Arts & Technology (CRISAT) House 24 (Ground Floor), Road 1, Block C, Rampura Banasree, Dhaka 1219

E-mail: [email protected], web: WWW.CRISAT.NET

https://www.facebook.com/groups/EITRC/

Electronics & Information Technology Research Conference (EITRC) 2018

Dhaka, Bangladesh

Call for Papers & Posters

Academics and professionals are invited to submit original research papers for presentation,

and/or poster for exhibition in the conference. Selected papers will be published in the official

conference proceedings. EITRC accepts original and unpublished papers, which may belong to

but are not limited to the following areas:

Consumer & Industrial

Electronics Electronics &

Electrical Engineering, Biomedical Electronics

& Bioinformatics, Power Electronics,

Mechatronics, Robotics,

Artificial Intelligence

IT Education IT Education,

Laboratory innovations,

Curriculum design, workplace issues

& ethics, Security & Hacking,

Research Ethics

Software Engineering

Algorithms & Applications,

Software Systems & Applications,

Programming languages & performance evaluation,

Multimedia systems & services, Security &

information systems, Automation,

Managing Software Projects,

Multimedia & Visual Software Engineering, Software Maintenance

& Testing, Web Engineering,

Quality Management

Telecommunication Communication Engineering,

Mobile Communication & Computing,

Wireless Networks, Network Performance,

Cyber Security, 3G & 4G

communications, ICT for smart cities,

Smart grid communications,

Powerline communications,

Vehicular networking Others

E-Learning, e-Business, Enterprise Information

Systems, E-Government,

IT in Health Care

Computer Science Networking,

Communication and Multimedia Information, Grid & Cloud Computing

and Applications, CAD/CAM/CAE,

Computer modelling & Applications,

Modelling & Simulation of

Systems, Computer Human

Interaction, High Performance

Computing, Augmented & Virtual

Reality, Quantum Computing

Submit your abstract by 07 April or full paper by 30th May.

The revised paper based on reviewers’ comments must be submitted on or before 30 July.

The abstract should include the research aim or problem, a short description of the research

background and methodology, and the key results or findings. Follow the ‘ETRC paper

template’ available on the conference website to prepare and format the full paper for publication

in the conference proceedings “EITRC Book of Papers”.

The submitted abstracts and papers will be primarily evaluated by the members of the Technical

Committee nominated by the Conference Chair. Full papers written and formatted as per the

recommended paper template will be double-blind-reviewed by relevant experts of professorial

level before accepting for publication in the conference proceedings. A limited number of papers

and posters will be selected for oral or poster presentation in the context of the sessions. Only

the selected full papers recommended by the reviewers will be considered for inclusion in the

“EITRC Book of Papers”.

: [email protected]

Further details can be found at the conference website http://eitrc.crisat.net/

Centre for Research & Innovation in Science, Arts & Technology (CRISAT) Promoting Research & Knowledge Exchange


House 24 (Ground Floor), Road 1, Block C, Rampur Banasree, Dhaka 1219, Bangladesh | Mobile: +8801717402252; +8801789151916, E-mail: [email protected], web: WWW.CRISAT.NET

Centre for Research & Innovation in Science, Arts & Technology (CRISAT) Promoting Research & Knowledge Exchange

Call for Projects

High-Tech Project Exhibition September 2018

on the occasion of

Electronics & Information Technology Research Conference

(EITRC) 2018 Dhaka, Bangladesh

A great opportunity for the Undergraduate and Postgraduate teams to exhibit

project works in the areas of electronics and information technology, e.g.

“Mars Rover”, “Robotics”, “Intelligent Systems”, software/apps etc.

A team of maximum four (04) members will be allocated a table/space for

exhibiting projects and a place for hanging poster within the conference premises.

A participation fee of BDT 4,000/- (four thousand taka only) per team will be

applied which will include refreshment and buffet lunch for each participant.

Expression of interest with a brief description of the project to participate in the

exhibition can be sent at [email protected] and further details about the conference

can be obtained from http://eitrc.crisat.net/.



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