HW / SW partitioning approach for reconfigurable system design. - Karim Ben Chehida; Michel Auguin (CASES, 2002)

Architecture and application partitioning for reconfigurable system design. - Karim Ben Chehida; Michel Auguin; Sebastien Raimbault (EUSIPCO, 2002)

Partitioning Reactive Data Flow Applications On Dynamically Reconfigurable Systems. - Karim Ben Chehida; Michel Auguin (VLSI-SOC, 2003)

Partitionnement logiciel matériel ciblant une architecture reconfigurable dynamiquement. - Karim Ben Chehida; Michel Auguin; Sebastien Raimbault (Tech. Sci. Informatiques, 2003)

A SW/Configware Codesign Methodology for Control Dominated Applications. - Karim Ben Chehida; Michel Auguin (ASAP, 2005)

EPICURE: A partitioning and co-design framework for reconfigurable computing. - Jean-Philippe Diguet; Guy Gogniat; Jean Luc Philippe; Yannick Le Moullec; Sébastien Bilavarn; Christian Gamrat; Karim Ben Chehida; Michel Auguin; Xavier Fornari; Philippe Kajfasz (Microprocess. Microsystems, 2006)

Impact of power management on temperature and reliability evolution for an embedded many-core architecture. - M. Alexandre Carbon; Olivier Héron; Karim Ben Chehida; Raphaël David (ARCS Workshops, 2011)

Synchronous Reactive Fine Grain Tasks Management for Homogeneous Many-Core Architectures. - Maroun Ojail; Raphaël David; Karim Ben Chehida; Yves Lhuillier; Luca Benini (ARCS Workshops, 2011)

Graphic rendering application profiling on a shared memory MPSOC architecture. - Matthieu Texier; Raphaël David; Karim Ben Chehida; Olivier Sentieys (DASIP, 2011)

GRECO: GREen communicating objects. - Olivier Berder; Olivier Sentieys; Trong Nhan Le; R. Fontaine; Alain Pegatoquet; Cécile Belleudy; Michel Auguin; William Tatinian; Gilles Jacquemod; Florian Broekaert; Amine Didioui; Carolynn Bernier; et al. (DASIP, 2012)

A Fine-Grain Variation-Aware Dynamic Vdd-Hopping AVFS Architecture on a 32 nm GALS MPSoC. - Ivan Miro Panades; Edith Beigné; Yvain Thonnart; Laurent Alacoque; Pascal Vivet; Suzanne Lesecq; Diego Puschini; Anca Molnos; Farhat Thabet; Benoît Tain; Karim Ben Chehida; Sylvain Engels; et al. (IEEE J. Solid State Circuits, 2014)

HARS: A hardware-assisted runtime software for embedded many-core architectures. - Yves Lhuillier; Maroun Ojail; Alexandre Guerre; Jean-Marc Philippe; Karim Ben Chehida; Farhat Thabet; Caaliph Andriamisaina; Chafic Jaber; Raphaël David (ACM Trans. Embed. Comput. Syst., 2014)

Towards an Automatic Co-generator for Manycores' Architecture and Runtime: STHORM case-study. - Charly Bechara; Karim Ben Chehida; Farhat Thabet (ICCS, 2015)

Fast prototyping platform for navigation systems with sensors fusion. - Charly Bechara; Karim Ben Chehida; Mickaël Guibert; Renaud Schmit; Maria Lepecq; Laurent Soulier; Thomas Dombek; Yann Leclerc (DATE, 2016)

Towards a Multi-mission QoS and Energy Manager for Autonomous Mobile Robots. - Dinh-Khanh Ho; Karim Ben Chehida; Benoît Miramond; Michel Auguin (IRC, 2018)

Advanced 3D Technologies and Architectures for 3D Smart Image Sensors. - Pascal Vivet; Gilles Sicard; Laurent Millet; Stéphane Chevobbe; Karim Ben Chehida; Luis Angel Cubero; Monte Alegre; Maxence Bouvier; Alexandre Valentian; Maria Lepecq; Thomas Dombek; Olivier Bichler; et al. (DATE, 2019)

QoS and Energy-Aware Run-Time Adaptation for Mobile Robotic Missions: A Learning Approach. - Dinh-Khanh Ho; Karim Ben Chehida; Benoît Miramond; Michel Auguin (IRC, 2019)

Learning-Based Adaptive Management of QoS and Energy for Mobile Robotic Missions. - Dinh-Khanh Ho; Karim Ben Chehida; Benoît Miramond; Michel Auguin (Int. J. Semantic Comput., 2019)

A 5500-frames/s 85-GOPS/W 3-D Stacked BSI Vision Chip Based on Parallel In-Focal-Plane Acquisition and Processing. - Laurent Millet; Stéphane Chevobbe; Caaliph Andriamisaina; Lamine Benaissa; Edouard Deschaseaux; Edith Beigné; Karim Ben Chehida; Maria Lepecq; Mehdi Darouich; Fabrice Guellec; Thomas Dombek; Marc Duranton (IEEE J. Solid State Circuits, 2019)

Dynamic Hierarchical Token Merging for Vision Transformers. - Karim Haroun; Thibault Allenet; Karim Ben Chehida; Jean Martinet (VISIGRAPP (3): VISAPP, 2025)