UMR CNRS 7253

with Saint-Côme clinic, patient data analysis by machine learning for the characterization of persistent infections

with Saint-Côme clinic, Labs: COSTECH-UTC, GEC-UTC-CNRS, LMAC-UTC-CNRS

with Raymark Inc., Mi9 Retail Inc., Proof of Concept, considering geo traces as signatures for a new generation of on the fly indentification

with Immochan SA, data analysis of geo traces of people in catchment areas (Bordeaux LAC, France)

with Unibail Rodamco SE, Analyzing in real time high volumes of people geo traces in Vélizy 2 catchment area (Vélizy, France)

with COSTECH Laboratory. Setting up an indoor geo-localization technique for Smartphones along with a communication ad hoc protocol within spontaneous networks.Our lab budget 30 K€

Cost-efficient methods and processes for safety relevant embedded systems Keywords: Architecture exploration, application to avionic and automotive fields. Our lab Budget 700 K€. 2 PhD Theses, 6 post-docs and 3 research engineers. https://artemis-ia.eu/project/1-cesar.html

R&D program to explore embedded sensors potential for detecting contextual events in Smartphones. Our lab budget 125 k€ + 1 PhD CIFFRE grant (Ms Fouzia Nacihi).

Video pre-indexation during capture, in relation with the multimedia edition process We contributed to the methodology of hardware implementation for video processing algorithms, using on-the-fly generated algorithms, depending on the audiovisual defined syntax and grammar. UTC budget: 400 K€. 2 PhD Thesis including Ana Pinzari, 2 Post-docs. https://www.celticplus.eu/project-mediamap-2

ANR funding. I was the project Coordinator, consortium: PSA-Peugeot Citroën, Freescale, Serma ingénierie and LAAS. System@tic worldwide competitivity cluster. My contribution: linking diagnostic models of functions to the failure models of components enriched into the behavioral and architectural co-models (AADL/VHDL et SystemC). Our lab budget 430 K€: 2 PhD thesis and several post-docs.

ANR funding. I was UTC coordinator of the project. Consortium CEA, Renault Trucks (coordinators), Serma ingénierie et LRI lab (Univ. Paris 11). We contributed to link the diagnosability model (Petri) to the hardware architecture model (AADL) for embedded functions. Application to the automotive domain. Our lab budget 450 K€: 1 PhD thesis (Ms Manel Khlif) and several post-docs and research engineers.

Cooperative systems for road safety We contributed to dynamic real-time rescheduling of vehicle to vehicle messages stacks, according to automatically attributed priorities. UTC budget: 136 K€. 1 post-doc (Khaled Chaaban). http://www.safespot-eu.org

In cooperation with CREA Lab at Amiens (UPJV). We contributed to adapting omnidirectional image processing functions captured by a conic mirrored CCD sensor to their implementation on a constrained platform. Our lab budget 120 K€.

Co-responsible of the project with B. Ducourthial. Study of highly dynamic ad hoc networks. Application to vehicle to vehicle communication. Our lab Budget 200 K€.

with COSTECH laboratory. We contributed to setting up an Ad hoc communication protocol for an embedded platform to communicate censorial impressions in a spontaneous ad hoc network. Our lab budget 30 K€.

In cooperation with CREA Lab at Amiens (UPJV). We contributed to the implementation of image processing and communication functions for cameras embedded in running vehicles. Regional project. Our lab budget 130 K€ plus a PhD thesis scholarship (Yacine KHALED).

ROad Awareness for Driving via a Strategy that Evaluates Numerous SystEms. We contributed to provide an embedded platform for ADAS evaluation, by computing in real-time human driver behavior indicators. Publications [13], [14]. We obtained 30% economy in computing and communication resources for major ADAS. UTC budget: 300 K€. PhD thesis Khaled CHAABAN. https://cordis.europa.eu/project/rcn/54537_en.html

In cooperation with CREA lab, Amiens, UPJV. We contributed to the implementation of stereo vision image processing functions by 2 cameras embedded each in a different vehicle. Our lab budget 80 k€.

Implementation of medical image compression and encapsulation module (with text, audio comments, graphic comments, Patented). We used optimized operators developed in S. Favard thesis to implement efficient DCT transformation. Our lab budget 120 K€ through 2 contracts.