The objective is the definition and evaluation of a companion methodology
for a participative implementation and management of protected areas
(for biodiversity protection and social inclusion).
The methodology uses informatics: multi-agent participative simulation combining distributed role playing games and simulation of environmental resources.
Main funding is through
the 
MCT-CNPq-CT-INFO
Grandes Desafiós
brazilian research program.
The objective is to address fault-tolerance of distributed multi-agent cooperative applications.
We use both techniques of adaptive replication and of exception handling.
Main funding is through the 
Sécurité et sûreté informatique
french research program.
The goal of this project is to conceive and test a new architecture for a post-IP environment.
This post-IP architecture is mainly based on virtual networking with a piloting system able to cope
with the constraints.
This architecture is intelligence-oriented using mechanisms coming from Multi-Agent systems.
The reason of this new architecture comes from the limits of the current Internet architecture
in a large number of environments like wireless networks, sensor networks or RFID networks.
Main funding is through the 
Future Networks Program.
The contributions of this project are, in order of relevance, the development of a context-and-location
aware framework for ubiquitous learning and collaboration applications,
the definition of a meta-description for defining context
and the development of efficient testing strategies for such systems.
Main funding is through the 
STIC-AmSud Program.
JPB, 27/04/10