Wael LABIDI

Ph.D. Candidate - EDITE Paris
Member of CEDRIC Academic Research Lab - SEMpIA Team
Research Engineer - Cyberfab

• Contact
• Short Biography
• Research
• Projects
• Publications
• Teaching

Contact

• Adress: CYBERFAB, 452 Rue des Sources, 38290 CROLLES - FRANCE.
• E-mail: wael.labidi@cnam.fr / wael@cyberfab.net
• Mobile: +33 6 09 57 79 84
• Tel: +33 9 50 15 19 79
• Fax: +33 9 55 15 19 79

Short Biography

   After studying computer science, at the Faculty of Science of Sfax, I got a master's degree in the field of Embedded and Mobile Systems from the Conservatoire National des Arts et Métiers (CNAM) of Paris in 2006. Since 2007 I'm a PhD candidate and a member of Embedded and Mobile Systems for Ambient Intelligence Team at CEDRIC Academic Research Lab. I currently works on proposing a Software Infrastructure for integrating Smart Everyday Objects on Internet to help developping new Smart Services in collaboration with Cyberfab a systems integration company focusing on mobile applications for industry and healthcare.

Research

   My research area is Ubiquitous Computing and Mobile Embedded Systems. My Masters research work focused on event-based middleware. We believe that this architectural style is particularly well suited for such distributed environments without central control. Indeed, It allows constructing service oriented systems, which support applications that must monitor or react to changes in the environment, information interest or process status.
   For my Ph.D. work, I am focusing on inter-process communication requirements for large-scale Ambient Systems, simply speaking; M2M (MACHINE TO MACHINE). Embedded computing platforms are renowned for their resource constraints. In addition, Ambient Systems will involve thousands of entities potentially distributed all over the world so their locations and behaviors may greatly vary through the lifetime of the system and require real-time management which make inter-process communication an integral piece of the puzzle in making Smart Everyday Object based Internet Services a reality.
   There are several fundamental questions in this regard. First, what constraints we are facing ? Constrained computational resources include network bandwidth, power, processing and available I/O. Either Ubiquitous systems are characterized by the heterogeneity of systems and devices, as well as the “spontaneous” patterns of interconnection.

   I am also investigating an exciting and innovative application domain which consist on Ubiquitous Wellbeing and Healthcare Systems and I will provide more details on this site in the near future !!!

Projects

Publications

  2007

Teaching