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Impact ionization MOSFET using III-V narrow bandgap materials for low power logic operation – I-MOS35
The increase of the power consumption (PC) of digital circuits is a factor limiting perspectives of CMOS technology according to the roadmap defined by the Moore’s law. Moreover, the development of standard and/or autonomous mobile systems requires low PC electronic. Reduction of electronic applianc
MultiBioSensor integrating fluorescence optical detectors and electrochemical cells on a fluidic chip for the both analysis of the water pollutant. – DOLFIN
The goal of this project consists in developing a portable and sensitive platform dedicated to the detection of the water pollution for fast diagnoses. The project will be concentrated on the following aspects : detection and analyze of several analytes on only one platform, and miniaturization to c
Cognitive Systems with Stochastic Spintronics Devices – CogniSpin
This project aims at using magnetic RAM devices in an original probabilistic regime, to demonstrate low-power cognitive-type applications. In recent years, research on using memory nanodevices as “synapses” (the connections in the brain) has largely boomed, with studies both on the device and on the
Salutary hardware design to fight against integrated circuit counterfeiting and theft – SALWARE
The SALWARE project aims to study (theoretically and experimentally) salutary hardware design in order to fight against theft, illegal cloning and counterfeiting of integrated circuits. Salutary hardware mean an embedded hardware system, hardly detectable / circumvented, inserted in an integrated ci
Advanced geophysical reduced-order model construction from image observations – GERONIMO
The GERONIMO project aims at devising new efficient and effective techniques for the design of geophysical reduced-order models (ROMs) from image data. The project both arises from the crucial need of accurate low-order descriptions of highly-complex geophysical phenomena and the recent numerical re
Belief networks for quantitative evaluation of dependability parameters of railway systems – RéCIF
The project RECIF objective is to evaluate dependability parameters in a quantitative way of a railway system under the framework of the ERTMS standard using uncertain information about the components reliability. Specifically, it aims to study and propose solutions for the modelisation of railway i
Control theory for neural synchrony: modeling based on optogenetics data, anda closed-loop alteration of pathological brain oscillations – SYNCHNEURO
Neuronal synchronization plays a central role in brain functioning. It is linked to memory, cognition and movement path generation. Abnormal synchronization in certain cerebral zones can also lead to pathological states such as Parkinson disease, essential tremor, epilepsy, or akinesia symptom. Deep