Logo INRIA MAESTRO: models for performance analysis and control of network

Nicaise Eric CHOUNGMO FOFACK
INRIA Sophia Antipolis - Projet MAESTRO
2004 Route des Lucioles
B.P. 93
06902 Sophia Antipolis Cedex, France

Office: L131
Email: nicaiseeric@gmail.com
Perso. Web: https://sites.google.com/site/nicaisecf/

Position Ph.D. student, Alumni
Organizations INRIA and UNSA
Research unit Sophia Antipolis
Theme Networks and Telecommunications
Project-Team MAESTRO

Biography

Graduated in June 2009, I got my Engineering degree in Telecommunications Systems and Networks form National School of Applied Science (ENSA) of Tanger (Cameroonian-Moroccan Goverments Scholarship). The year after in August 2010, I received the MSc degree in Ubiquitous Networking and Computing at University of Nice Sophia Antipolis (UNS) (Master Program Grant). I was granted by The 2010 French Goverment MESR of the University of Nice Sophia Antipolis for a PhD. This PhD thesis is hosted in the team-project MAESTRO at INRIA Sophia Antipolis for the 3rd year. From Sept. 1st 2013 to Nov. 1st 2013, I was a Visiting Research Scholar of Distinguished Prof. Don Towsley at University of Massachusetts, Amherst in USA.


Research activities

My thesis is about Performance Evaluation of Caching Networks and Green Cellular Networks in the context of Information-Centric Networking and Power Saving Protocols respectively.
My Advisors are Philippe Nain and Sara Alouf.


Publications

[Papers in journals] [Papers in refereed conferences] [Research reports]

Papers in journals

Papers in refereed conferences and workshops

Research reports


Teaching: Labs

  • Academic Year 2012/2013  
    Level: 1st Year of Electronic Engineering Degree ELEC3
    Subject: Labs of Stochastic processes for Signal processing (64 hours)
    Tools: Scilab
  • Academic Year 2011/2012  
    Level: 1st Year of Electronic Engineering Degree ELEC3
    Subject: Labs of Stochastic processes for Signal processing (64 hours)
    Tools: Scilab
  • Academic Year 2010/2011  
    Level: 1st Year of Electronic Engineering Degree ELEC3
    Subject: Labs of Stochastic processes for Signal processing (64 hours)
    Tools: Scilab



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