Contact
Details
e-mail :
Philippe[DOT]Collet[AT]unice[DOT]fr
I3S
Research Lab
Phone:
+33 (0)4 92 96 51 08
Room: 437 (Polytech building)
Laboratoire I3S - UNS / CNRS UMR 7271 (ex UMR 6070)
Polytech Nice
- Sophia
930 Route des Colles, BP 145
F-06903 Sophia Antipolis Cedex, France
|
Department
of
Computing (Teaching)
Phone: +33 (0)4 92 07 69 84
Room: 419
Département
d'Informatique
Faculté des Sciences - UNS
Parc Valrose
F-06108 Nice Cedex 2, France
|
Positions and Education
- Dec 2011: obtained HDR ("Habilitation à Diriger des Recherches")
from Université Nice Sophia Antipolis
- Sept. 2010 - Aug. 2011: Full-time researcher (delegation) at CNRS (I3S lab)
- Sept 1999: apppointed as Assistant Professor at
Université Nice Sophia Antipolis
- 1999: Visiting Researcher at University of
Glasgow (Scotland, UK)
- 1998: Research and Teaching Assistant at
Université Nice Sophia Antipolis
- 1997-1998: Qualification Engineer at French
Navy Technical Center in Toulon
- Dec. 1997: obtained PhD in Computer Science
from Université Nice Sophia Antipolis
Research Interests
- Product
lines engineering (composition of feature models, relationships to
software architectures, reverse engineering of variability models)
- Model-driven engineering of self-adaptive large scale
distributed systems
- Autonomic
Computing (software
architecture of the feedback control loops, large-scale management,
relations between SLA)
- Contract-based approaches
for large-scale
distributed systems: components, services, grid infrastructures
- Contract-based
testing of software components
- Component-Based
Software Engineering (CBSE) and
Service-Oriented Architectures (SOA)
Current Research Projects
- Principal
investigator of the ANR SALTY
project. SALTY
(Self-Adaptive very Large disTributed sYstems)
is an ANR-funded research project (Agence Nationale de la Recherche -
ANR-09-SEGI-012). It aims at providing an innovative self-managing
software framework at run-time for Very-Large Scale Distributed Systems.
- Large-scale Software Product Lines with Composable
Feature Models, using the FAMILIAR DSL (with Pr. Philippe Lahire).
Current Students
- Filip
Krikava (PhD student, co-supervised with Director of Research Johan
Montagnat): Model-driven self-adapative systems for large scale
distributed systems.
Current Collaborations
- Robert B. France, Colorado State University: Feature Modeling and Composition
- Condor team (Miron Livny) from the University of Wisconsin-Madison: Self-adaptive Architectures Applied to Condor
- PReCISE group, FUNDP Université de Namur (Belgique): Reverse Engineering and Composition of Feature Models
- Alexandre Bergel, PLEIAD project at University of Chile: Vizualization of software architectures and feature models (ECOSUD collaboration)
- EPI ADAM / INRIA Lille Nord Europe: Model-driven Self-adaptive Systems (SALTY project) and Reverse-engineering architectural feature models
- EPI PULSAR / INRIA Sophia Antipolis Méditerranée: Applications of Feature Modeling to Video-Surveillance
- Jacques Malenfant, LIP6 - UPMC: Software Contracts and Self-adaptive Systems (SALTY project)
- Thales RT: Model-Driven Engineering and Self-adaptive Systems (SALTY project)
- LIASD / Université de Paris 8, Deveryware, EBM Websourcing, MAAT France: Self-adaptive Systems (SALTY project)
Teaching
- Coordinator of the
"Software Architecture" speciality in Master 2 IFI (UFR Sciences) / SI5 (Polytech Nice Sophia)
- Projet Management Web App Admin:
for M2-IFI/SI5 PFE ,
for L3 Info/MIAGE (set-up soon)
- Software Engineering (basic concepts,
object-orientation in SE, OO testing, design patterns, dynamic class
loading, with the Java language)
- Development environment (software configuration
& construction, testing, test-driven development, profiling,
support tools for versioning, bug tracking)
- Project management (requirements, V&V,
planning)
- Object-oriented design with UML and OCL
- Advanced object-oriented programming with Java
- Project management out of the software engineering
field
