Actualités : Electronique et microélectronique - Optoélectronique

Développement de fonctions physiques non-clonables pour accélérateurs neuromorphiques sécurisés. The rising needs of processing information at the edge for low latency, high speeds, and energy efficiency purposes leveraging edge-computing as well as IoT devices (75 billion expected by 2025) for data collection and processing demands for more robust and reliable security layers to guarantee hardware […] >>

PHOTONIC PHYSICAL UNCLONABLE FUNCTIONS FOR SECURE NEUROMORPHIC PHOTONIC ACCELERATORS Application deadline  : FRIDAY 3 NOVEMBER 2023 The rising needs of processing information at the edge for low latency, high speeds, and energy efficiency purposes leveraging edge-computing as well as IoT devices (75 billion expected by 2025) for data collection and processing demands for more robust […] >>

                                                SUJET DE PFE ou de MASTER  -2024                                                                                               Mesures impédancemétriques pour capteur de pollution de l’eau – modèles pour déterminer les caractéristiques fréquentielles de polluants   Mots-clés : Caractérisation HF, dispositifs biomédicaux, […] >>

                                                        Stage  Master 2            Caractérisation de composants photoniques intégrés pour les télécommunications optiques   Recent technological developments opened the way to exploitable systems operating at ultra-high frequencies (100GHz and above). Several applications such as next generation wireless communication systems, spectroscopes and Radars require continuous radio signals. Electrical sources, although having exceptional properties, struggle […] >>

MASTER 2 THESIS /PFE                                                              (5 à 6 MOIS) Étude de l’absorption des protéines par des surfaces avec un capteur en photonique intégrée   The adsorption of proteins on surfaces plays an important role in the biomedical field [1]. For diagnostics, the control of the adsorption of immobilized capture antibodies is crucial for accurate immuno-assays. […] >>