Research
CDSI
Circuits, Devices and System Integration
since 2015
Research topics
- CDSI/CIS team
- Asynchronous circuits and systems (NoC, GALS, Reconfigurable asynchronous logic, etc.),
- Asynchronous Technology for hardware security,
- Non uniform sampling and processing (sensors, imagers, circuits, algorithms),
- CDSI/MNS team
- Microsystems for medical applications,
- Micro power generators for autonomous microsystems,
- Design and technologies for Integrated Micro and Nano Systems.
The Circuits, Devices and System Integration (CDSI) axis is involved in the design, fabrication and test of integrated devices, circuits and systems. The main driver of the activity is focused on the research in energy consumption and in miniaturized devices and systems. Results of this research are applicable for portable and autonomous systems, which usually require low-power consumption, miniaturization, robustness and security. Indeed, our digital society, which offers large communication facilities to people, tends to enlarge the communication to machines and small communicating objects such as wireless sensor nodes (Internet of Things). This will multiply by several orders of magnitude the amount of energy consumed by the digital objects and will push the industry to foster new approach for mitigating the power consumption. In this context, the CIS (Concurrent Integrated Systems) and MNS (Micro and Nano Systems) teams developed new techniques based on asynchronous circuitry, non-uniform sampling schemes, energy harvesting and low-power sensors and actuators.
Last publications
Possamai Bastos R., Dutertre J.M., Garay Trindade M., Andreoni Camponogara Viera R., Potin O., Letiche M., Cheymol B., Beaucour J., Assessment of On-Chip Current Sensor for Detection of Thermal-Neutron Induced Transients, IEEE Transactions on Nuclear Science, Ed. IEEE, Vol. 67, No. 7, pp. 1404-1411, DOI: 10.1109/tns.2020.2975923, 2020
Skaf A., Ezzadeen M., Benabdenbi M., Fesquet L., Clocked and event-driven redundant adjustable precision computing, Microelectronics Reliability, Ed. Elsevier, Vol. 111, pp. 113729, DOI: 10.1016/j.microrel.2020.113729, 2020
Popescu A., Besancon G., Voda A., Basrour S., Observer-Based 3-D Control Enhancement for Topographic Imaging--Validation With an STM Prototype, IEEE Transactions on Control Systems Technology, Ed. IEEE, Vol. , pp. 1-12, DOI: 10.1109/TCST.2020.2991871, 2020
Roux J., Beroulle V., Morin-Allory K., Leveugle R., Bossuet L., Cezilly F., Berthoz F., Genevrier G., Cerisier F., Cross Layer Fault Simulations for Analyzing the Robustness of RTL Designs in Airborne Systems, 23rd International Symposium on Design and Diagnostics of Electronic Circuits & Systems (DDECS 2020), pp. 1-4, Novi Sad, SERBIE, DOI: 10.1109/DDECS50862.2020.9095559, 2020
Aquino Guazzelli R., Garay Trindade M., Acunha Guimaraes L., Ferreira De Paiva Leite T., Fesquet L., Possamai Bastos R., Trojan Detection Test for Clockless Circuits, Journal of Electronic Testing: Theory and Applications, Ed. Springer , Vol. , 2020
