Full professor at the National Institute of Applied
Sciences of Lyon (INSA-Lyon)
Research Interests:
Wirless network architecture and
algorithms for telecommunications.
Short Vitae:
UBEDA STEPHANE is a full professor
at the National Institute of Applied Sciences of Lyon in the
Telecommunications department. He is also the director of
the Center for Innovations in Telecommunication and Services
integration (CITI Lab) which is the research lab associated to
the department. Last, he is also the head of the INRIA Project
named ARES for Architecture of Networks of Services. The
ARES project is dedicated to Ambient Networks and associated services.
The research team of the CITI Lab is composed of 14 permanent peoples
and 10 PhD students and 3 administrative peoples.
After a PhD in computer sciences at
the Ecole Normale Supérieure de Lyon in 1993, STEPHANE
UBEDA was assistant professor at the Swiss Federal Institute of
Technology in Lausanne (EPFL) in the computer sciences department. At
the EPFL, STEPHANE UBEDA was member of the Theoretical Computer
Sciences Lab directed by the Professor Giovani Coray. During this 2
years period, STEPHANE UBEDA was working on parallel algorithms and
high performance computing.
In 1995, STEPHANE UBEDA became
associated professor in the Jean-Monnet University and member of
the LIP Lab in the Ecole Normale Supérieure de Lyon. In the
Jean-Monnet University, he was in charge of the creation of a master in
computer sciences. In the LIP Laboratory, STEPHANE UBEDA has created a
research group in algorithms and optimisations for telecommunications
and network.
STEPHANE UBEDA obtain a Habilitation
to conduct research in 1997 and became in 2000 full professor at
the INSA of Lyon. In the INSA of Lyon, STEPHANE UBEDA was in charge of
the creation of the research Lab associated to the teaching department.
At the same period, he also launch a new research project in
association with the national research institute in computer sciences
and automata (INRIA). This INRIA project is now created and it is
focused on various aspect of ambient networks (wireless communications,
ad hoc protocols, ambient services).
Lectures (currents & formers):
MOBILE COMMUNICATIONS
(current)
Architecture of mobile networks (2G and 3G networks),
mobility management (Cellular, mobile IP, satellite, ad hoc), protocols
in mobile communication, mobile oriented services.
NETWORK OPTIMIZATION (current)
Graph based modelling and optimisations, flow transport
networks, resources allocations.
ALGORITHMS: design & analyses (former)
Basic algorithmic structures, design patterns in
algorithms, cost and complexity.
COMPILATIONS (former)
Basic language theory, principles of compilations,
design of compilers, code
optimisations.
COMPUTER ARCHITECTURE (former)
Boolean algebra and circuits, Van Neuman machine,
parallel operators, numbers representations, automata design and
coding, ASM codes.
NETWORKING : architectures and protocols
(former)
Protocols stacks, IP based and X25 networks,
LAN/MAN:WAN, routing strategy, networks design
Current PhD students:
Nenali Fatiha, Modèles
sociaux appliqués aux moteurs de détection d'intrusions
De la Roche Guillaume, simulation de
la propagation des ondes en environnement Indoor
Ibrahim Noha, Intégration
automatique de services par négociation avec applications
Mary Philippe, Approche innovante du
traitement d'antennes multicapteurs dans un
système embarqué contraint comportant des interfaces
radio multiples
Morlat Pierre-François, Etude
de terminaux SIMO et MIMO en contexte ad hoc et réseaux de
capteurs
Parrend Pierre, Modèles de
sécurité, plates-formes de services, composants
Royon Yvan, Modèle
d'administration de passerelles domestiques
Saraydaryan Jacques,
Détection d’intrusion par analyse comportementale et statistique
Watteyne Thomas, Energy-aware
schemes for self-healing for spontaneous networks
Katia Runser: wireless LAN deployment tool (2002-2005)
Some publications:
A. Bretto and S. Ubéda, A polynomial algorithm for
the strong helly property, Information Processing Letters 81 (2002),
no. 1, 55-57.
P. Sparl, J. Ubéda and J .Zerovnik, Upper bounds
for the span of frequency plans in cellular networks, International
Journal of Applied Mathematics 9 (2002), no. 2, 115-139.
G. Chelius, E. Fleury and S. Ubéda, “Environnement ad hoc
et
mobilité IP : un état de l'art”, Technique
et Science
Informatiques, Volume, 24(1):39-64, January 2005
M. Diallo, A. Ferreira, A. Rau-Chaplin, and S.
Ubéda, Scalable 2D convex hull and triangulation algorithms for
corse grained mul-ticomputers, Journal of Parallel and Distributed
Computing 56 (1999), 56-70.
Ferreira. and C. Kenyon. and A. Rau-Chaplin. and S.
Ubéda, D-Dimensional Range Search on Multicomputers,
Algorithmica, 1999, Vol 24, number 4, 195-208.
G. Chelius, E.
Fleury, and S. Ubéda, Merging ad hoc environment with wireless
access : on overview,
Mediterranean Ad Hoc Networ-king Workshop (Med-hoc-Net 2002) (Sardegna, Italy), September, 2002.
H. Khedher, S. Tabbane, S. Ubeda, and F. Valois,
Mechanisms for cellular networks planning and engineering, 1st
Applications and Services in Wireless Networks (ASW'2001) (Evry,
France), IEEE, July 2001.
G. Chelius, E. Fleury, and S. Ubéda, Merging ad
hoc environment with wireless access : on overview, Mediterranean Ad
Hoc Networ- king Workshop (Med-hoc-Net 2002) (Sardegna, Italy),
September 2002.
J-M Gorce. and S. Ubéda, Propagation
simulation with the ParFlow method: fast computation using a
multi-resolution scheme, IEEE VTC'01, 2001.
