Béat Hirsbrunner A413 Pérolles 2 ++41 26 3008467 beat.hirsbrunner@unifr.ch
Michèle Courant A408 Pérolles 2 ++41 26 3008470 michele.courant@unifr.ch
Apostolos Malatras A428 Pérolles 2 ++41 26 3008474 apostolos.malatras@unifr.ch
Agnes Lisowska A429 Pérolles 2 ++41 26 3009286 agnes.lisowska@unifr.ch
Nicolas JuilleratA429 Pérolles 2++41 26 3009285nicolas.juillerat@unifr.ch
Mohamed Momouh KhadraouiA429 Pérolles 2++41 26 3009286momouh.Khadraoui@unifr.ch
Fulvio Frapolli A406 Pérolles 2 ++41 26 3008478 fulvio.frapolli@unifr.ch
Amos Brocco A406 Pérolles 2 ++41 26 3008481 amos.brocco@unifr.ch
Pascal Bruegger A404 Pérolles 2++41 26 3008763pascal.bruegger@unifr.ch
Ye HuangEIF++41 26 4296595ye.huang@unifr.ch
Daniel Ostojic A404 Pérolles 2++41 76 4274495daniel.ostojic@unifr.ch
Fei Peng A428 Pérolles 2 ++41 26 3009298fei.peng@unifr.ch

Welcome
The PAI research group (Pervasive Artificial Intelligence) belongs to the Department of Informatics of the University of Fribourg and is active in several research fields dealing with design methodologies for distributed systems, namely bio-inspired adaptation and context-aware computing.

At a glance
Since 2002, the group is involved in the design of middleware for tackling the adaptation problems occurring in Pervasive Computing, a methodology using mobile ad hoc network infrastructures and including as well smart environments built upon sensor networks than autonomous robotics. Given the mobility of users and devices in this context, the challenge of this domain is to enable a constant access to information services at any moment and in any place, despite a high degree of heterogeneity of the devices and situations encountered. Refactoring methods

Following requirements are the necessity to adapt continously computing facilities to the current situation, for example by a need to discover new resources and Internet services depending on the context, constantly reroute information according to user and devices movements, and by transparent wrapping of the operations and data manipulated by the user in order to constantly adapt them to the available devices.

Ongoing projects

Bio-inspired computing

SmartGrid: This project aims at designing a monitoring middleware for dynamic network management. The adopted approach consists in a swarm model in charge of monitoring the node and network states, in order to enable rapid adaptation of scheduling and load management following changes coming from the user requirements or from the network behaviour. The model will be validated in the domain of Grid computing.

Context-aware computing

uMove: Interaction through motion in Ubiquitous Computing Systems (see also uMove).
FlexibleRules: The goal of this project is to develop an architecture for augmented tabletop games. It aims at combining the advantage of computer technology with the social impact of board games. More informations on the Flexible Rules web site
iWall: An interdisciplinary project to design and implement a large interactive display surface to encourage communication and collaboration is semi-public settings such as within companies or educational institutions.
Smart Interfaces for Frimobile: This project aims at proposing user interfaces for home, mobile and public access to complex real-time transport services.

Interactive Digital TV

SMO-ITV: The goal of this project is to design a framework based on Intelligent Multimedia Objects for Interactive Digital TV.

Others and Applied projects

BEER: The purpose of the BEER (Back-End for Effective Refactoring) project is to design a framework for complex automated refactorings of Java code. Targeted refactorings are "extract method", "form template method", as well as clone detection and extraction. It also aim in providing simpler and more refactoring-specific algorithms/models for some particular subproblems such as dataflow and control flow analysis. The BEER project is the continuation of the former FOOD (First-class Object Oriented Dataflow) project.

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