Development of a demonstrator for real-time monitoring, diagnosis and in-situ treatment of wounds using an embedded, connected device.
Abstract Bacterial infections associated with complex or chronic wounds are difficult to treat, and current standard care procedures are often highly invasive, with low efficacy and high complication rates. These infections represent a major clinical challenge in which early detection is essential for effective intervention and treatment, but which is currently [...].
Innovative design solution for wearable connected objects
Abstract In the analog design team of secure microelectronic circuits, to develop the new generation of microelectronic circuits of nanometric lithography, of high technology intended for the increase of the services by connected objects portable on oneself, of type "Contactless". The mission consists in defining, architecting, developing the "proofs of concept" of innovative solutions of [...]
Modeling of load effects of passive and active RFID systems at 13.56MHz on broadband and ultra-broadband communication channels and development of innovative techniques for multi-environment emulation and interoperability on a directly coupled characterization bench
Abstract To study the state of the art of each of the characterization and qualification methods for the two main categories of RFID products which are the passive remote-powered elements (RFID cards type) and the powered products, passive and/or active such as NFC products.To develop a method or a generic model allowing to integrate the characteristics of these [...]
Characterization of biometric parameters detectable by a non-invasive millimeter wave radar technology - frequency modulated, continuous wave.
Abstract The context of this thesis is the use of FMCW radar in the millimeter range for bio-medical applications. The use of these radars in newly standardized frequency ranges allows to follow physiological constants such as the heartbeat in a non-invasive way. The targeted applications are in telemedicine, health maintenance, and other fields of application [...].
Reliability of CMOS components dedicated to Radio Frequency applications
Abstract The thesis deals with the study of the reliability of advanced CMOS technologies for digital and mixed applications, i.e. which can include logic and analog blocks, dedicated to radio frequency (RF) applications. The first aspect deals with the validation of the technological quality for devices of nanometric (28-14nm) and micronic sizes [...].
Design of in-situ monitors (Product and Process Monitor Box) for variability control of CMOS technologies dedicated to digital applications
Abstract The objective of this thesis is to study the process variability of recent CMOS technologies by designing new in-situ monitors as a monitoring and control agent of the process variability of 40nm gate length technologies dedicated to automotive applications (M40). The first step was to determine the state of the art [...].
