Conference Programjournal.esrgroups.org/jes/icraes/ICRAES_program_2019.pdf · 2019-12-23 ·...

The 4th International Conference on

Hammamet, Tunisia

December 23–25, 2019

Location Hotel MEDINA SOLARIA

& THALASSO ***** Yasmine Hammamet, Tunisia

Fax: (+216) 72 24 48 54

Phone: (+216) 72 241 959

Conference Program

RECENT ADVANCES IN

ELECTRICAL SYSTEMS

4th International Conference on Recent

Advances in Electrical Systems

(ICRAES’19)

http://journal.esrgroups.org/jes/icraes

Dec. 23 – Dec. 25, 2019

Medina Solaria & Thalasso 5-Star Hotel

Yasmine Hammamet

Hammamet - Tunisia

Program of the 4th International Conference on Recent Advances in Electrical Systems (ICRAES’19)

2

4th ICRAES’19, Hammamet, Tunisia, Dec. 23 – Dec. 25, 2019

3

WELCOME

Dear Participants

It is our honour and pleasure to welcome you to the 4th International Conference on Recent Advances

in Electrical Systems (ICRAES’19).

The conference takes place at Medina Solaria And Thalasso 5-Star Hotel, Yasmine Hammamet ,

Tunisia for three days starting from Dec. 23, 2019. The technical program involves three Invited

Keynotes, one poster session and nine oral sessions. This booklet is intended to guide you throughout

the conference. You can find lots of useful information including contents of the technical sessions,

presentation times and places. Members of the conference committee will also be at your disposal to

help you. Being a part of this major event has been a memorable and rewarding experience for us. We

hope all the participants will find the conference enjoyable and informative.

General Chair

Prof. Dr. Tarek BOUKTIR


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General Chairmen Prof. Tarek BOUKTIR (University Ferhat Abbas Sétif 1, Algeria)

Prof. Rafik NEJI (ENIS, SFAX, Tunisia)

Organization Chairs

Prof. Linda SLIMANI (University Ferhat Abbas Sétif 1, Algeria)

Prof. Moez GHARIANI (ENIT’Com, SFAX, Tunisia)

International Steering Committee Chair

Prof. Ahmed RUBAAI, (Howard University, Washington, DC, USA)

Prof. M.E.H. BENBOUZID (University of Brest, France)

Members of Organization Committee

Raida SELLAMI (ENIS, SFAX, Tunisia)

Dr. Arif BOURZAMI (University Ferhat Abbas Sétif 1, Algeria)

International Steering Committee Members

Prof. Ali Feliachi (USA); Prof. Tahar Bahi (Algeria); Prof. Omrane Bouketir (Algeria); Prof. Achour

Betka (Algeria); Prof. Tahir Cetin Akinci (Turkey); Prof. I. Musirin (Malaysia); Prof. Lassaad SBITA

(Tunisia); Prof. Selim Koroglu (Turkey); Prof. Jan Latal (Czech Republic); Prof. Tole Sutikno

(Indonesia); Prof. Moez Ghariani (Tunisia); Prof. Hsan. Hadj Abdallah (Tunisia); Prof. K. Srairi

(Algeria); Prof. K. Barra ( Algeria ); Prof. N. Golea (Algeria); Prof. M. Pucci (Italy); Prof. R. Neji

( Tunisia ); Prof. T. Bouktir (Algeria); Prof. I. Boumhidi (Morocco); Prof. Federico Milano (Irland);

Prof. Diego Bellan (Italy); Prof. Hazlie Mokhlis (Malaysia); Prof. Khalid Mohd. Nor (Malaysia); Prof.

Asim Kaygusuz (Turkey); Prof. Mohd. Wazir Mustaffa (Malaysia); Prof. Omar H. Abdalla (Egypt);

Prof. Linda Slimani (Algeria); Prof. Mohamed Boudour (Algeria); Prof. Saad Mekhilef (Malaysia);

Prof. Salah Chenikher (Algeria); Prof. Bouziane Boussahoua (Algeria); Prof. Salim Haddad (Algeria);

Prof. Samir Ladaci (Algeria); Prof. Badre Boussoufi (Morocco); Prof. Akash Saxena (India); Prof.

Ilhem Slama-Belkhodja (Tunisia); Prof. Mohamed Najeh Lakhoua (Tunisia); Prof. Gokhan Erdemir

(Turkey); Prof. Kaddour Arzag (Algeria).


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INFORMATION FOR SESSION CHAIRS, ORAL PRESENTERS, AND POSTER PRESENTERS

SESSION CHAIRS

Session chairs are listed by name on each session in the technical program. Please check to see if you

are a session chair, and if so, please identify the session(s) you are scheduled to chair. If you have a

conflict with another presentation or event you must attend and cannot fulfil your duties as session

chair, please ensure that another person will be present to assume those responsibilities. It is important

that session chairs maintain the schedule as indicated in the technical program to allow the participants

to see the papers that they want to see at the time they want to see them. If you are a session chair,

please do your best in the following areas:

1. Come to the room for your session early and if possible identify each of the speakers before the

session begins.

2. Provide each speaker with 10 minutes of presentation time and 5 minutes to allow for questioning

and transitioning to the next speaker.

3. Do not allow speakers to extend over their time slot, nor allow questions to extend into the next

speaker’s time. If there are additional questions, these can be handled during a break between sessions.

Use your best judgment to balance the need to be fair to the presenter’s time and to the participants’

time.

4. In the case of paper for which no author or surrogate is available to present (“noshow”), please

either use the time for an open discussion of previous paper or questions, or break for 10 minutes and

then reconvene. Although significant effort has been made to reduce the number of no-shows, it is

always possible that some will occur.

ORAL PRESENTERS

You’ll find your presentation time(s) in the technical program in this booklet. Please locate your times

and places and ensure that you know where to go and when to be there. Please ensure that you show

up early for your oral presentation and identify yourself to the session chair. Please also ensure that

you are as prepared as possible to make your presentation when it is your time. Do not go over 10

minutes for your presentation, allowing for 5 minutes of questions and transitioning to the next

speaker. Follow the instructions of the session chair. In the event that a session chair does not show

for a session, the last speaker should serve as session chair. In the event that this is not possible, please

identify a volunteer in the audience to serve as session chair, or at a minimum identify someone for

each speaker to ensure that each presentation stays within the allotted time.


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POSTER PRESENTERS

The poster sessions are scheduled in the Poster Hall. There are no other technical presentations

scheduled during these times. Poster boards are already prepared, and you will be able to start

assembling your poster presentations during the coffee breaks. Each poster board will have a number

pinned to it. To find the number that corresponds to your poster, please go to the poster paper index

in this book. This is also printed next to the paper entry in the main program.

COFFEE AND REFRESHMENT BREAKS

Coffee and refresh will be available for the break each day at 10:00-10:30 and 15:30-16.00 at the

poster Hall.

SOFT COPIES OF THE PROCEEDINGS

Each registrant receives a soft copy (CDROM) of the ICRAES’19 edited proceedings with following

ISBN: 978-9938-9937-2-1.

IF YOU HAVE A PROBLEM FOR any conference-related problem, please contact any organization

committee member, the general chairs or the registration desk.


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CONFERENCE SCHEDULE

Time December 23rd December 24th December 25th

8.00-

8.30

Registration

Location: Poster Hall

Registration


8.30-

9.00

Opening Ceremony

(Conference Room)

Oral Sessions 3

(Rooms A,B,C) 9.00-

10.00

Keynote Speaker 1

Prof. Ahmed RUBAAI

(Conference Room)

10.00-

10.30 Coffee Break Coffee Break

10.30-

11.00

Oral Sessions 1

(Rooms A,B,C)

Poster Session


11.00-

12.00

Keynote Speaker 3

Prof. Tahir Cetin AKINCI

+

Closing Ceremony

(Conference Room)

12.00-

14.00 Lunch Lunch

14.00-

15.30 Reg

istration

Oral Sessions 2

(Rooms A,B,C)

15.30-

16.00 Coffee Break

16.00-

17.00

Keynote Speaker 2

Prof. Mohamed BOUDOUR

(Conference Room)

19.00-

21.00 Dinner Dinner

Conference Room: CESAR

Room A: CORNELIA

Room B: LUNA

Room C: CESAR


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MONDAY, DEC 23, 2019

14:00 – 17:30 Registration


TUESDAY, Dec 24, 2019



8:30-9:00: OPENING CEREMONY

Location: Conference Room: CESAR

9:00 – 10:00

Keynote Speaker 1

Prof. Ahmed RUBAAI, Fellow IEEE

Professor and Chairperson

Electrical Engineering and Computer Science

Howard University, Washington, DC, USA


Chairs: Prof. Tarek BOUKTIR & Prof. Mohamed BOUDOUR


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Keynote Title: HANDS-ON LABORATORIES: REAL-TIME EXPERIMENTATION FOR

ENGINEERING EDUCATION

ABSTRACT

Throughout schools and universities within the United States and all over the world, there has been

growing interest in the use of practical control concepts in and beyond the classroom. This has been

accomplished to a large extent using laboratory developments, with incorporation of technology tools

that enable students to work on different real-world control configurations. This adjustment to

incorporate the more practical format into the classroom has taken different forms throughout the

academic world. Laboratory experiments using real-time systems are necessary in control engineering

education. Experiments help the students understand the theoretical concepts and provide important

motivation. It is therefore essential for the students to have a thorough understanding of hands-on

experimentation and real-time systems. Three fundamental educational objectives are: 1. To apply

state-of-the-art knowledge to help students understand what they have learned. 2. To train a new cadre

of graduates who value experimentation as an essential and natural part of solving engineering

problems. 3. To develop good experimental skills. Hence, the undergraduate engineering education

becomes more attractive and meaningful to the students. A key aspect of the laboratory development

is the close integration of engineering tools that include both software (MATLAB

Simulink/MATLAB Real-Time Workshop (RTW)) and an off-the-shelf hardware (dSPACE DSP

board). In the hardware portion of the laboratory experiments, MATLAB Simulink paradigms are

created using the dSPACE ControlDesk toolbars. The paradigms are built in real-time using the

MATLAB RTW that automatically generates optimized C-code for real-time applications. The

laboratory environment presented in this plenary session has many educational advantages as

compared to multi-environment settings. The main features of this environment are: 1) controller code

can be generated automatically for hardware implementation; 2) different languages can be used to

describe different parts of the system. Simulink block diagrams can be used to define the control

structure, tune the controller parameters and reference signals online, while the experiments are in

progress without having to rebuild and download a new Simulink paradigm to the dSPACE DSP

board; and 3) ease of operation especially by means of a simple graphical user interface. This

presentation highlights the implementation of the laboratory exercises, students' sense of

accomplishments, challenges and lesson learned in teaching team-taught experimentation and

laboratory-oriented studies.


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SHORT CV

AHMED RUBAAI received the M.S.E.E degree from Case Western

Reserve University, Cleveland, OH, and the Dr. Eng. degree from

Cleveland State University, Cleveland, OH, in 1983 and 1988,

respectively. In 1988, he joined Howard University, Washington,

DC, as a faculty member, where he is presently a Professor and

Chairperson of the Electrical Engineering and Computer Science

Department. Dr. Rubaai has been named an IEEE Fellow in 2015.

As an Educator, Dr. Rubaai has been an acknowledged educator and

leader of curriculum development at Howard University for more

than two decades. He is the Founder and Lead Developer of Motion

Control and Drives Laboratory (http://www.controllab.howard.edu)

that provides engineering students with valuable hands-on and "real-world" experiences." In

recognition of his scholarly work and dedication to the improvement of engineering education, his

work is recognized by the larger community of engineering educators, as verified by his receipt of the

2011 ASEE Robert G. Quinn Award and the Distinguished Educator Award of the Middle-Atlantic

Section of the American Society for Engineering Education. This recognition is a clear demonstration

and confirmation of his peers' high regard for his contributions to engineering education. As a

researcher, Dr. Rubaai has made significant contributions to the development and control of electric

motor drives for industrial system applications in a variety of roles including: scientist, research

engineer, university professor, and as IEEE volunteer and leader. Most of these contributions are

heavily oriented towards industrial applications that IEEE serves. Of importance is his development

of control technologies by way of intelligence; laying the technological foundations for the production

versions of high-performance drives used in an expansive array of industrial, commercial, and

transportation applications today. His work covers a broad range of manufacturing and product

applications and exemplifies his ability to bridge between academic research and the application to

industrial applications. The bridges that Dr. Rubaai has built between industry and academia represent

a uniquely valuable contribution that can be matched by very few others in the academic world today.

10:00-10:30 Coffee Break



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10:30-12:00: Oral Sessions 1

Location: Rooms A, B & C

Location: Room A: CORNELIA

Topic "Power Systems and Power Electronics"

Chairs: Prof. Tarek BOUKTIR, Prof. Mohamed BOUDOUR.

10.30-

10.45 33

Salima Lekhchine, Tahar Bahi and Moufid

Mohammedi.

Power Management and

Energy Storage of a Solar

Conversion System

Connected to Grid

10.45-

11.00 60

Imen Karray, Khadija Ben Kilani, Mohamed

Elleuch and Tuan Tran Quoc.

Progress on HVDC

Interconnections and Case

Study

11.00-

11.15 39

Chefai Dhifaoui and Hsan Hadj Abdallah.

Extended Security

Constrained Dynamic

Economic Environmental

Dispatch of Solar, Wind and

Thermal Power System using

MOALO optimizer

11.15-

11.30 53 Abdelkader Zitouni and Hamid Bentarzi.

IoT Based System of Energy

Compensation in Smart

Power Grid

11.30-

11.45 11

Khalid Alqunun.

Economic Power Dispatch

Incorporating Wind

Generation Based on Mixed

Integer Programming


12




Location: Room B: LUNA

Topic "Control Systems Engineering and Automation"

Chairs: Prof. Ahmed RUBAAI, Prof. Tahar BAHI

10.30-

10.45 6

Yamina Benhadda, Kheira Mendaz and

Azdean Hamid.

Modeling a Planar Micro-Transformer

Empiled for its Integration in a

Converter Flyback

10.45-

11.00 12

Sami Laifa and Badreddine Boudjehem.

Analytical Synthesis of Decentralized

Fractional Order Controllers for MIMO

Processes Based on Fractional

Reference Model

11.00-

11.15 13 Sonia Hammami.

Multi-Switching Chaotic

Synchronization for Secure Data

Transmission

11.15-

11.30 17

Abdesselam Debbah, Hamid Kherfane

and Adlen Karboua.

Constrained Surge and Stall control in

Variable Speed Axial Compressors

11.30-

11.45 24

Lila Hocine, Mohamed Menaa and Krim

Yazid.

Sensorless Control of Flywheel Energy

Storage System with an Extended

Complex Kalman Filter for Wind

Application


13




Location: Room C : CESAR

Topic "Electrical Machines and Drives "

Chairs: Prof. Moez GHARIANI, Prof. Hamid BENTARZI

10.30-

10.45 19

Marwa Ben Ali, Mariem Elloumi and

Ghada Boukettaya

Modeling, Control, and Simulation of

Parallel PHEV Powertrain System

10.45-

11.00 48

Nejib Khalfaoui and Taher Bahi.

Map-Reduce based approach for

Anomalies Isolation and Classification

of Asynchronous Training by the SOM

11.00-

11.15 45

Jalila Kaouthar Kammoun, Moez

Ghariani and Rafik Neji.

Control of Induction Motor under

Faults within the electric vehicle drive

chain

11.15-

11.30 49

Kais Jammousi, Youssef Dhieb,

Mohamed Yaich, Mounir Bouzguenda

and Moez Ghariani.

Multi-parameter Optimisation of

Sliding Mode Controller for induction

motor

12:00: LUNCH


14





Topic " Control Systems Engineering and Automation "

Chairs: Prof. Tahar BAHI, Prof. Moez GHARIANI

14.00-

14.15 25

Bourourou Fares, Tadjer Sid Ahmed

and Idir Habi.

Wind power quality improvement using APF

based on PI & FLC controller

14.15-

14.30 30

Afef Bettaieb.

Efficient corner detection algorithm on GPU

14.30-

14.45 34

Hiba Al Youssef, Bilel Gassara, Kais

Jammoussi, Abdel-Mehsen Ahmad,

Zouhair El Bazzal, Ali Chamas Al

Ghouwayel and Ahmed Fakhfakh.

Smart Energy Management System based on

WSN Acquisition Platform in Industrial

Application

14.45-

15.00 35

Halima Boussadia, Mohammed

Arezki Si Mohamed, Nabil

Boughanmi and Abdellatif Bellar.

Sliding Mode Control based on

Backstepping Approach for Microsatellite

Attitude Pointing

15.00-

15.15 46

Nedia Aouani.

Collective Pitch Control for a Variable

Speed Wind Turbine on Turbulent Wind

Profiles


15




Location: Room B: LUNA

Topic "Smart Grid and Renewable Energy"

Chairs: Prof. Tarek BOUKTIR, Prof. Ahmed RUBAAI.

14.00-

14.15 52

Soltana Guesmi, Kais Jamoussi and Moez

Ghariani.

Electrical and Thermal model for

improving PV module efficiency

by using an air-cooling system

14.15-

14.30 64

Mahjoub Sameh, Ayadi Marwa and Derbel

Nabil.

Smart Energy Management

Control for a Hybrid Renewable

Energy System Using Dual Input-

Single Output DC−DC Converter

14.30-

14.45 67

Mouhoub Birane.

Power Optimization Strategy and

evaluation of shading effect using

Different Configurations of

Converters in Photovoltaic

Systems.

14.45-

15.00 23

Mondher Abidi, Amine Ben Rhouma and

Jamel Belhadj.

Water Energy Nexus: case study

of pumping station powered by a

grid connected photovoltaic

generator


16





Topic "Signal, Antenna, Microwave, Image Processing, Telecommunication, and Multimedia"

Chairs: Prof. Mohamed ELLEUCH, Prof. Hamid BENTARZI

14.00-

14.15 18

Kaddour Arzag, Zin-Eddine Azzouz and

Boualem Ghemri.

Analysis of the Under-ground

Azimuthal Magnetic Field

Generated by Lightning Strikes to

a Tower Instaled on a Mountain

Using the 3D-FDTD Method:

Effect of a Vertically Stratified

Ground

14.15-

14.30 22

Abid Imen and Ahmed Ben Atitallah.

An optimized sequential

architecture of the AVMF filter

14.30-

14.45 26

Khalil Gassara, Bilel Gassara and Ahmed

Fakhfakh.

SHPD PLL’s performances vs

ISPD PLL’s in LORA-WAN FSK

Demodulator

14.45-

15.00 28

Dalenda Bouzidi, Fahmi Ghozzi and Ahmed

Fakhfakh.

Ant Colony Optimization ACO to

Detect Multiple Sclerosis Lesions

Using Magnetic Resonance

Imaging

15.00-

15.15 32

Omar Abusaeeda, Husayn Alhuwayji and

Abdalkarim Erhab.

Impulsive Noise Removal from

Color Image Utilizing Interquartile

Range Based Median Filter

15:30-16:00 Coffee Break Location: Poster Hall


17


16:00 – 17:00

Keynote Speaker 2

Prof. Mohamed BOUDOUR, Senior member IEEE

Professor & Vice-Rector in charge of International Relations at USTHB.

University of Sciences and Technology Houari Boumediene of Algiers (USTHB)


Chair: Prof. Tarek BOUKTIR & Prof. Ahmed RUBAAI

Keynote Title: STUDY METHODOLGY OF RE DEPLOYMENT IN LARGE

INTERCONNECTED POWER SYSTEMS

ABSTRACT

The electricity grid is the repository of new or existing energy challenges:

� Securing increasingly important trade over longer distances,

� Integrating renewable energy on scales never seen before,

� Reliability of supply,

� Emergence of new unconventional loads (plug-in hybrid vehicle, smart cities…)

It is therefore necessary to increase the capacity of exchanges and over long distances, to confine

increase interoperability and cooperation between the various non-synchronous networks and finally

propose new control patterns.

The presentation aims to give a view of the evolution of the future network, the different possible

architectures and the technological challenges to be met. It will try to answer how to assess the

feasibility of RE Deployment plan. A methodology of RE deployment is then proposed and a case

study of the Algerian network is carried out. We will see that the assessment of the max feasible

penetration shall be carefully examined in advance taking into account a full spectrum of analyses and

that non programmable RE generation shows different impacts on power systems depending on their

specific characteristics (isolated vs. Interconnected, mix of conventional generation, geographical

distribution of RE). Thus, analyses tailored to each specific system are required. .


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There will also be a question of opportunities to structure a network of researchers ... bringing together

academics and industrials on topics such as the mesh of the future network, associated storage devices,

new components and structures…

SHORT CV

Mohamed Boudour received the B.Sc, M.Sc and PhD in Electrical

Engineering from the Polytechnic School of Algiers in 1991, 1994

and 2004, respectively. Since January 1994, he has been with the

University of Sciences and Technology Houari Boumediene of

Algiers (USTHB) as a teacher and researcher. He is founder of The

Electrical & Industrial Systems Laboratory (LSEI) in 2007 and the

head of the power systems team. He was awarded a Fulbright

fellowship in the University of Washington, Seattle (USA) from

2005-2006. He is a visiting Professor in ESIGELEC, Rouen (France)

since 2005, a member of the executive committee of ARELEC

(Algerian CIGRE) and IEEE Senior Member since 2007. His main

interests are Power Systems Stability, Security assessment and

Control using intelligent programming, integration of new

dispersed energy resources and renewable energy sources in smart grids. He has chaired more than

a hundred Bachelor projects, twenty MSc Thesis and fourteen PhD Thesis. He has published more

than two hundred and fifty papers in famous proceedings journals and international conferences.

He has published five books in Power systems Analysis, Electromechanical transients in power

systems, Voltage stability assessment in large transmission systems, Security Assessment and

reactive Compensation in distribution networks. He is leading industrial projects with the Algerian

Electricity Company SONELGAZ. He has organized five International Conferences in Electrical

Engineering (ICEE, ICSC, CAGRE) and several Seminars, Doctorials and Workshops. He is the president

of the IEEE PES Chapter-Algeria. He is currently the Vice-Rector in charge of International Relations

at USTHB.


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WEDNESDAY, Dec 25, 2019






Topic "Smart Grid and Renewable Energy "

Chairs: Prof. Mohamed ELLEUCH, Prof. Mohamed BOUDOUR.

8.30-

8.45 20

Dhraief Zakia, Oudhini Youssef and Neji Rafik.

Telemetry system dedicated to a

remote photovoltaic station via

broadcast FM

8.45-

9.00 31

Radhia Fezai, Majdi Mansouri, Nasreddine

Bouguila, Hazem Nounou and Mohamed

Nounou.

Improved kernel principal

component analysis for online

Fault detection of Photovoltaic

systems

9.00-

9.15 59

Khadija Ben Kilani, Mohamed Elleuch and

Amira Ayayda.

Flexibility Analysis of the

Tunisian Power System for

Renewable Integration Planning

9.15-

9.30 40

Farhat Boukhili, Mohammed Ali Dami,

Abderrahmen Zaafouri and Tahar Bahi.

Permanent magnet synchronous

generator Wind energy

conversion system grid-

connected

9.30-

9.45 54

Nawress Ben Fatma and Helmi Aloui.

Management of an hybrid

system intended for Electric

vehicle

9.45-

10.00 47

Mohamed Ali Zdiri, Badii Bouzidi and Hsan

Hadj Abdallah.

Reconfiguration strategy of

SSTPI to FSTPI after the

appearance of a single-IGBT

OCF and a single-phase OCF


20



Location: Rooms A,B & C

Location: Room B : LUNA

Topic "Control Systems Engineering and Automation"

Chairs: Prof. Ahmed RUBAAI , Prof. Tahar BAHI

8.30-

8.45 57

Adel Djellal, Rabah Lakel and Fouaz

Boutebbakh.

Cooling Fan Combined Fault

Vibration Analysis Using

Convolutional Neural

Network Classifier

8.45-

9.00 63

Lazhar Rmili, Salem Rahmani and Kamal Al-

Haddad.

Space Vector Modulation of

Three Phases Indirect Matrix

Converter

9.00-

9.15 66

Samia Sahloul, Chokri Rekik and Donia Ben

Halima Abid.

Optimized fuzzy logic

controller for mobile robot

navigation in unknown

environments

9.15-

9.30 9

Radhia Jebahi, Nadia Chaker and Helmi Aloui.

Electrothermal Modeling of

an Embedded Inverter

Intended for EV application

9.30-

9.45 21 Ahmed Ben Atitallah and Manel Kammoun.

High-level synthesis of intra

prediction block for HEVC

decoder

9.45-

10.00 62

Ayadi Anis, Sfaihi Boutheina and Benrejeb

Mohamed

On the Use of Augmented

Model to Discrete-Time

System Stability Study


21





Topic "Signal, Antenna, Microwave, Image Processing, Telecommunication, and Multimedia"

Chairs: Prof. Moez GHARIANI , Dr. Kaddour ARZAG

8.30-

8.45 51 Mouloud Challal.

Design and Fabrication of a

Compact UWB Filter with

WLAN Stopband Rejection

Characteristic

8.45-

9.00 58

Amina Bendaoudi, Mohamed Debab and Zoubir

Mahdjoub.

Improved design of a passive

UHF RFID tag antenna and

matching its impedance

9.00-

9.15 61

Messaoud Hameurlaine, Abdelouhab Moussaoui and

Benaissa Safa.

Deep Learning for Medical

Image Analysis

9.15-

9.30 41

Houcine Marouani, Amin Sallem, Mondher Chaoui,

Mahamad Nabab Alam and Nouri Masmoudi.

Optimization of the Power

Transfer Efficiency with the

Improved Particle Swarm in

the Cochlear Implant

10:00-10:30 Coffee Break Location: Poster Hall


22


10:00-11:00: Poster Session


Chairs: Prof. Linda SLIMANI, Prof. Tahar BAHI

5 Aissou Massinissa, Ait Said Hakim and

Ouatah Hanafi.

Study of a two-stage electrostatic precipitator

for the collection of solid particles recovered

from the chimney of a cement plant.

27

Linda Djouablia, Aziza Zerman and

Mohamed Lashab.

Radiation-Reconfigurable Multiband V-

Slotted Triangular MPA Using PIN Diode

Switch

36

Hakim Doghmane, Hocine Bourouba,

Kamel Messaoudi, El Bey Bournene and

Azzeddine Menasria.

Contactless palmprint identification based on

multi-scale texture descriptor

37

Amrane Youcef, Elmaouhab Ali, Nour

Elyakine Kouba, Mohamed Boudour,

Ladjici Amine and Mohamed Lamari.

A multi-objective optimization of hybrid

FACTS /Wind power supply system for

voltage profile improvement and active

power loss minimization

38

Nour El Yakine Kouba, Saliha Arezki,

Slimane Sadoudi, Youssouf Amrane and

Mohamed Boudour.

Optimal Power Management and Control of

Photovoltaic-H2-Fuel Cell Hybrid Microgrid

Considering Energy Storage System

50

Hocine Bourouba, Hakim Doghmane,

Kamel Messaoudi, Fethi Ammara, Amira

Boulmaiz and Azzeddine Menasria.

Improved representation descriptor for ear

identification system

29

Kamel Messaoudi, Hakim Doghmane,

Hocine Bourouba, El-Bay Bourennane and

Salah Toumi.

Hardware/Software Implementation of

Image Processing Systems Based on ARM

Processor

65 Khaoula Yeferni, Fatma Doub, Sana Ktata,

Salem Rahmani and Kamal Al-Haddad.

An eZdsp-Based Implementation of a Series

Resonant Inverter for Medical X-ray

Generators


23

68 Mohamed Seghiri, Youcef Bibi, Omar

Bouhali and Tarek Bouktir, A.Nemra

Hybrid Fuzzy Direct/Indirect Adaptive

Controller (HFDIAC) for Uncertain Nonlinear

Systems

43 Merabet Hichem, Bahi Tahar, Bedoud

Khouloud and Drici Djalel.

Integration of Fault-tolerant approach in

voltage- PWM inverter fed AC motor drive

systems

44 Jalila Kaouthar Kammoun, Naourez Ben

Hadj and Moez Ghariani.

Induction Motor under Eccentricity Fault

based-on Finite Element Analysis

11:00 – 11:45

Keynote Speaker 3

Prof. Tahir Cetin AKINCI

Electrical Engineering Department

Istanbul Technical University (ITU), Istanbul, Turkey


Chairs: Prof. Tarek BOUKTIR & Prof. Ahmed RUBAAI

Keynote Title: NEW TECHNIQUES FOR THE ANALYSIS OF THE RENEWABLE ENERGY

SOURCES DATA

ABSTRACT

Renewable energy sources are considered as the main energy source all over the world. In this sense,

all technologies are concentrated on the production, distribution and economy of these resources.

Hydro-electric power plants still hold the largest share in renewable energy sources. However, most

of the investments in energy are on solar and wind energy.

The high installation costs of wind power and solar power plants necessitate a detailed analysis of

wind and solar data before the power plants are installed. This means that the old wind and solar

data of the region will be examined before the installation of renewable energies.

In this study, firstly ten-year wind data of the Istanbul region were used. Statistical analysis of the

data was performed. In addition, using the Artificial Neural Networks, the wind speed values for the

next 5 years were estimated. In addition, the annual frequency distribution of the wind speed of the

Istanbul region was determined by the Short-Time Fourier Transform (STFT) method. In addition to


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STFT, time-frequency results obtained by using Wavelet analysis were compared. When the results

were examined, it was seen that the results of both analyses were consistent. In the analyzes, it was

determined that the region showed seasonal differences for wind power installation. In this sense,

the lower wind speed in the summer shows that it is not suitable for the initial investment in the

installation of the plant. However, it has been calculated that hybrid use of solar power plant and

wind power plant will be more economical.

SHORT CV

Tahir Cetin Akıncı received B.S degrees in Electrical Engineering. M.Sc. and

Ph.D. degrees from Marmara University, Istanbul-Turkey. His research

interests include Electric Power Systems, Artificial Neural Networks, Deep

Learning, Machine Learning, Signal Processing and Cognitive engineering.

He has been working as an Associate Professor in the Electrical Engineering

Department of Istanbul Technical University (ITU) in Istanbul, Turkey

11:45-12:00: Closing Ceremony

Location Room: CESAR

12:00: LUNCH


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Journal of Electrical Systems

ISSN 1112-5209

http://journal.esrgroups.org/jes

JES is indexed by SCOPUS and ISI Thomson Reuters

Editor-in-Chief

Prof. Tarek BOUKTIR


University of Ferhat Abbas, Setif 1, Algeria

Email: [email protected]

Description

The journal publishes original papers of permanent reference value in all fields of electrical systems.

The coverage embraces: Power Electronics and Electric Drives; Photovoltaic conversion; generation

and network planning; optimal power flow; reliability; expert systems; neural networks; object

oriented systems; database and information systems; network theory, modelling and computation;

protection; distribution systems; energy economics; FACTS; electrical machines; Artificial

intelligence in power systems. As well as original research papers, the journal publishes short

contributions, book reviews and conference reports. All papers are blind peer-reviewed by at least

three referees. The journal has a policy of screening for plagiarism. The journal publishes 4 issues per

year with at least 10 papers per issue. The current volume is 16, 2019.

Journal of Electrical Systems has recently been indeed in the Emerging Sources Citation Index, which

is the New Edition of the Web of Science that was launched in November 2015. Beginning with

content published in 2015. This means that any articles published in the journal will be indexed in the

Web of Science at the time of publication.


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Journal of Automation & Systems Engineering

ISSN 1112-8542

http://jase.esrgroups.org

JASE is indexed by EBSCO

Editor-in-Chief

Prof. Tarek BOUKTIR


University of Ferhat Abbas, Setif 1, Algeria

Email: [email protected]

Description

The journal publishes original papers of permanent reference value in all fields of automation and

Control systems. As well as original research papers, the journal publishes short contributions, book

reviews and conference reports. All papers are peer-reviewed by at least two referees. The journal

have a policy of screening for plagiarism. The journal publishes 4 issues per year with at least 10

papers per issue.

Articles published in JASE are subject to CC BY license. This license lets others distribute, remix,

tweak, and build upon your work, even commercially, as long as they credit you for the original

creation. Journal of Automation & Systems Engineering has recently been indeed in EBSCO. It is

under review in SCOPUS. The current volume is 13, 2019.


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SEE YOU IN ICRAES’20


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Contributors

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