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Self-Adaptive Technologies for Upgraded Reconfigurable Neural computing – SATURN
The architecture will be based on a totally distributed control, thus more flexible and more robust to unpredicted changes in the system. The system will be doted of self-organisation capabilities allowing the dynamic allocation of computation. The first phase will define the bare mechanisms for the
Shallow water tomography: new trends in array processing – TOTS
The ultimate goal of our project is to develop new signal processing tools to perform acoustic tomography in shallow water for further use in oceanography and/or underwater communications. This performed tomography will give us high-resolution spatial-temporal images of the sound speed variations as
RFID Systems Dependability Enhancement – SAFERFID
In the literature, the RFID systems dependability has not been directly studied. Only few works concern the manufacturing test of chips for tags, or the Failure Mode Analysis of tags… At the opposite, a lot of French (CEA-Leti) and international laboratories (Auto-ID Labs www.autoidlabs.org, or the
Silicon Photonic crystal low-noise Raman laser – PHLORA
During this project, we will fabricate the first laser entirely in silicon with dimensions (typically 10 µm by 50 µm) compatible with on-chip large-scale integration. It is expected that the spectral purity of Raman silicon laser is superior to other conventional III-V semiconductor lasers due to th
Multidimensional characterization of the electrocardiogram signal for predicting the success of the radiofrequency catheter ablation therapy in persistent atrial fibrillation patients – PERSIST
* Scientific background: Atrial fibrillation (AF) is the most common sustained cardiac arrhythmia encountered in clinical practice, as it affects up to 10% of the population older than 75 years and accounts for nearly one third of hospitalizations related to cardiac-rhythm disturbances. Among the di
Statistical methods for the brain functional connectivity networks, fusion with anatomical connectivity. Towards a new diagnostic and prognostic tool for the evaluation of consciousness disorders. – InfoNetComaBrain
The objective of this project is to explore the multivariate properties of non-invasive brain imaging techniques. The proposed approach is based on measuring the functional dynamic connectivity directly from the observations, and hence constructing and analysing the networks of propagation of info
Transport and ROUting Protocols for WIreLess and Mobile Ad hoc networks – TRouP WilMA
1- WiFi: improve TCP performance 2- MANET: first devise a counterpart to the TCP protocol, fitted to opportunistic routing in MANET, including network coding 3- devising new routing algorithms in mobile social networks under energy consumption constraint, so as to exploit all the features of curre