SITA'14 - 9th International Conference on Intelligent Systems:
Theories and Applications

Real-Time and Embedded Systems Workshop

SITA'14 Reminder ! Camera-ready papers Extended : April 5th 2014

Objective and scope

Real-time and embedded systems (RTES) have become a necessity in almost every aspect of our daily live. We find them, for instance, in self-contained applications, in various devices and services such as mobile phones, medication dispensers and home appliances, as well as in heavy industry products like automotive, avionics and nuclear and chemical plants. A large proportion of these systems are mission/life critical and time sensitive and as such they must be developed rigorously to ensure their safety, their reliability and their fault tolerance.
IWRTES 2014 is an international workshop that provides a forum to bring together researchers and developers from academia, industry and government for advancing the science, engineering, and technology of real-time and embedded systems and their emerging applications. The main objectives of IWRTES 2014 are : to investigate advances in embedded and real-time systems and emerging applications; to promote interaction among the areas of embedded computing, real-time computing and system design practice and emerging applications; to evaluate the maturity and directions of embedded and real-time system development.

The topics of interest include, but are not limited to:

  • Embedded and Real-time System Architectures
  • Operating Systems and Scheduling Techniques
  • System modeling and Code Generation
  • Hardware/Software Interactions and Interfaces
  • System partitioning and Hardware/Software Co-Design Methods
  • System Verification, Validation and Testing
  • Power Aware Design Methods
  • Fault Tolerance and Security
  • Timing and performance Analysis
  • Programming Languages and Run-Time Systems
  • Communication Networks and Protocols for Embedded and Real-Time Systems
  • Real-Time Aspects of Wireless Sensor Networks
  • Real-Time Communications over the Web
  • Internet of Things and Cyber-Physical Systems
  • Emerging Applications Considering Timing, Power,Reliability, Security, etc.
  • Smart Cars, Smart Communities, Smart Environment,etc.
  • Case Studies and Tools.


Program

Submission Information

  • All contributions to IWRTES2014 have to be submitted electronically in PDF format via Easy chair. All submissions have to follow the IEEE Explorer format.

  • The submission type according to the categories mentioned under Types of Contributions must be stated explicitly by the author(s) upon submission via the conference website.The submission type influences the review criteria.

  • Accepted contributions must be presented at the conference. Authors need to sign a submission form to testify the originality their contribution.

 

Important Dates

  • Paper Submission Deadline:
    January 31st, 2014, Midnight (GMT)
  • Acceptance Notification:
    March 1st, 2014
  • Camera Ready Submission:
    March 15th, 2014
  • Early Registration Deadline:
    March 30th, 2014

 

Session 2-1 : Real-Time & Embedded Systems I

Youwei Dong, Hieu Phan and Ahmed Rahmani

Modeling and Kinematics Study of Hand

Abdelmouttalib Maqil, Abdeslam En-Nouaary and Hicham Bensaid

Towards a unified approach for modeling and analysis of real-time embedded systems using MARTE/UML

Hayat Routaib, Mouna Elmachkour, Essaid Sabir, Elarbi Badidi and Mohammed Elkoutbi

Modeling and Evaluating a Cloudlet-based Architecture for Mobile Cloud Computing

Ibrahim Abdallah Hag Eltoum, Pr. Mohammed Bouhorma and Dr. Adil Yousif

Tracking a Moving Object via a Smartphones over GPS & Wi-Fi with GPRS/3G

 

Session 2-5 : Real-Time & Embedded Systems II

Soukaina Boudoudouh, Mohamed Ouassaid and Mohamed Maaroufi

Distributed Energy Management by MAS in a Stationary Hybrid System

Emharraf Mohamed, Saber Mohammed, Mohammed Rahmoun and Mostafa Azizi

Mobile robot unknown indoor environment exploration using self-localization and grid map building

Rachid Naoual, El Mehdi Mellouli and Ismail Boumhidi

Adaptive fuzzy sliding mode control for the two-links robot

Moulay Rachid Douiri and Ouissam Belghazi

Fuzzy and Neuro-Fuzzy Direct Torque control algorithms for Induction Motor Drives

 

Session 2-8 : Real-Time & Embedded Systems III

Mohamed Louzazni and Elhassan Aroudam

Intelligent PID-Fuzzy Logic Hybrid Control for Three-Phase Grid-Connected Photovoltaic Inverter

Mohammed Tahifa, Jaouad Boumhidi and Ali Yahyaouy

Implementing a Multi-agent Traffic Control in Non-Deterministic Environment with Q-learning

Muhammad Yaqoob, Jianhua Zhang, Faiza Nawaz, Taha Ali and Sardar Rushan Sher Qaisrani

Optimization in Transient Response of DC-DC Buck Converter using Firefly Algorithm

El-Mahjoub Boufounas, Jaouad Boumhidi, El Mehdi Mellouli and Ismail Boumhidi

Optimal H∞ control without reaching phase for a variable speed wind turbine based neural network and PSO algorithm