His research interests include distributed intelligent MEMS (DiMEMS), Programmable Matter, P2P networks and security management ...

His main domains of research are distributed programming, physical and visual simulations and computer graphics.

His research interests are Programmable Matter, Network resources allocation optimization, and mobility analysis.

His research interests are in distributed intelligent MEMS, mobile radio networks, optimization, self-reconfiguration, and mobility.

Professor in Computer Science at University of Franche-Comté and a member of the computer science department (DISC) of FEMTO-ST institute.

CEO of Phigi, which develops an interactive clay from thousands of microbots, facilitating the collaborative design of industrial products.

Within the context of the Programmable Matter project, he aims to improve upon existing methods of 3D modular robot self-reconfiguration.

His research interests include modern distributed systems, including IoT, ubiquitous and pervasive computing, high-performance computing ...

His research interests include the fabrication and the technological developments of opto-electronic and acousto-optical devices.

His software engineering work on the VisibleSim simulator and on the Blinky Blocks firmware reinforces the foundations of ...

He works on data representation and data dissemination in modular robot systems.

He deals with the problem of reconfiguring autonomous micro robots.

His research concentrates on large scale (in number of elements) networks.

His research activities are focused on the design and the control of Micro Mechatronic Systems.

He is involved in the development and the design of elementary blocks "catoms" in the context of Programmable Matter project.

He currently works in the micromanufacturing systems, particular in the modular structure design.

He is involved in the development and the design of elementary blocks "catoms" in the context of Programmable Matter project.

His research interest include VLSI integrated MEMS.

Involved in the design and fabrication of MEMS.

His current interest includes antenna design, micro remote powering, micro and nano fabrication.

His work has focused on VLSI design with particular emphasis on ultra-low power design, millimeter scale sensor nodes, high performance ...

He designs digital and analog circuits for monolithic RF LC clock generators

His research focuses on RF integrated circuits, with an emphasis on ultra-low power design.

His research focuses on system novel algorithms and efficient VLSI architectures for low-power/high-performance signal processing ...

His current research efforts are in the areas of photovoltaics for energy harvesting, HgCdTe infrared detectors, and subwavelength ...

His research interests include compilers and architecture related to distributed systems, and reconfigurable computing.

His research interests are Distributed Computing, Algorithms and Complexity, Computability, Algorithmic Theory of Dynamic Networks, and PM.

He is an international leader on Algorithms, Complexity, Distributed Computing and Algorithmic Game Theory.

His research interests span mathematical modelling, control theory, biomechanics, robotics, sensing and machine learning.

His research covers a wide spectrum of Theoretical Computer Science, including automata and formal language theory, reachability problem ...

His research focuses on designing efficient transformations and reconfiguration algorithms for Programmable Matter.

He is currently investigating Population Protocols with Network Constructors.

He is involved in the "Algorithms and Complexity of Reconfiguration by 3D Catoms" project.

His research interests include Distributed Algorithms, Graph Theory, and Machine Learning

Investigates towards effective reconfiguration planning and control of programmable matter.

His main activities within the programmable matter group at IPPT PAN focus on algorithmic aspects of the operation of modular ensembles.

His current research efforts are mostly focused on the modelling of Vacuum Packed Particles structures, but he also contributes to the ...

Her investigations are focused on special effective reconfiguration scenarios from chaotic arrangements of modules into fully order ...

These artists overturn various technologies in order to create contemporary artworks.

These artists overturn various technologies in order to create contemporary artworks.

His contribution to the B3PM project is on graph theory for distributed systems and the use of emerging IP technologies.

His project concerns Service Level (QoS, Mobility and Security) guarantee and self-management in IP networks.

He is particularly interested in efficient communication protocols in wireless networks, distributed algorithms and artificial intelligence techniques.

His research interests include graphs theorical problems, networks optimization problems and social networks analysis.

His research focuses on multi-user and multi-device interactives systems, persuasive interactive systems, and software engineering for HCI.

Her current research in HCI is in the design and software development of interactive systems merging physical and digital worlds.

His research focuses on design and control strategies for systems that operate with uncertainty.

He focuses on free boundary problems, problems where part of or the whole boundary is unknown.

Investigates towards effective reconfiguration planning and control of programmable matter.

Ultra Low Power Millimeter Scale Wireless Sensing Nodes

He is the founder and CEO of Percipio Robotic a French company specialized in micro robotic system design and production for industrial ...