Thesis, internship, and post-doc opportunities
Modeling and dimensioning of hybrid dataflow and real time systems
Offer N°: 32538
The emergence of new applications mixinf both real-time tasks and computationally intensive "best effort" tasks such as the ADAS applications (Advanced Driver Assistance Systems) or augmented-reality (e.g. Google Glass), has created new research issues in both modelling and execution levels. Indeed, an effective implementation of such applications requires the hybridization of formalisms and techniques for hard real-time with other more suitable to computationally intensive systems.
Study and design of innovative circuits exploiting the characteristics of new resistive memory technologies
Offer N°: 32536
The exponential increase in computing power and memory capacity leads to increasingly complex and data hungry applications. Since 2005, Intel has identified three major applications that are today at the heart of the most demanding systems in terms of computing and memory resources: data recognition, mining and synthesis.
Biochips for the simultaneous characterization of immune cells and their cytokines
Offer N°: 32528
Blood cells are channeled into the blood stream and do not physically interfere with other cells. In the immune response cascade, immune cells from blood are thus secreting soluble compounds that will mediate the immune response. No routine analysis system enabling the simultaneous assessment of both immune cell type (B and T lymphocytes, macrophages, platelets, etc.) and cytokines (the secreted products) are used on a routine basis so far.
Photonic microcavities in colloidal suspension : fabrication and optical properties
Offer N°: 32532
Nano-microscale objets (1nm-5µm) in liquid solution can be manipulated by confined light. Silicon optical microcavities are potential candidates to confine electromagnetic field at the ultimate scale. Those sensitives microcavities are promising buiding bocks of nano sensors for ultra sensitive detection. For now they are collectively fabricated on silicon wafer.