Perhaps you’re wondering what goes on behind these doors at Universit\u00e9 d’\u00c9vry – Laboratoire IBISC site IBGBI. It’s not just classrooms and lectures. This is a hub of cutting-edge research. The IBISC laboratory is part of the Universit\u00e9 de Paris Saclay and Universit\u00e9 d’\u00c9vry. It focuses on digital technology and interdisciplinary studies, particularly in genomics.
IBISC came about when two labs, LAMI and LSC, merged. Now, Nazim AGOULMINE directs the lab alongside deputy director Lydie NOUVELIERE. They guide IBISC’s mission. The lab has four teams. They are AROB@S, COSMO, IRA2, and SIAM.
The research at IBISC falls into two main areas. These are STIC & SMART SYSTEM and STIC & VIVANT. STIC stands for Information and Communication Science and Technology. Each area focuses on specific applications. Drones and vehicles are one focus. Personalized and precision medicine are another.
Consider STIC & SMART SYSTEM. It deals with designing autonomous, intelligent systems. This includes everything from vehicle fleets to robots. It also includes intelligent hardware with sensors. All these systems share a common trait. They involve many interacting entities. These entities make decisions independently but coordinate to achieve a shared goal.
Creating these complex systems involves major questions. How do we design them effectively? How do we optimize their collective function? Researchers explore new approaches. They combine methods from different fields. These fields include automation, algorithms, and formal methods. Drone and vehicle applications benefit most from this research.
Now, let’s talk about STIC & VIVANT. This interdisciplinary research covers a range of biological problems. It spans different scales of life. This includes analyzing biological data and signals. It also includes modeling biological systems. Also the learning of surgical gestures and assisting individuals are included.
The research develops theoretical frameworks. It creates algorithmic methods and platforms to address these challenges. Data analysis and systems biology rely on statistical learning models. Algorithmic methods predict structures. Researchers design formal models for analyzing network dynamics. Systems couple signal analysis techniques with decision-making for surgical gesture learning and robotic assistance. Personalized and precision medicine greatly benefit.
IBISC has two locations in \u00c9vry-Courcouronnes. One is the IBGBI site where we stand. The other is the PELVOUX site. The IBGBI site is on the second floor of the IBGBI building. The address is 23, Boulevard de France.
The IBISC laboratory actively collaborates with industry. It also values international research. In 2023, 23% of the UEVE’s teaching and research staff worked at IBISC. These staff members hold important positions. They are at the University of \u00c9vry and the University of Paris-Saclay.
So, next time you pass by Universit\u00e9 d’\u00c9vry – Laboratoire IBISC site IBGBI, remember. It’s more than just a building. It’s a place where researchers are shaping the future. They are advancing technology and medicine. This is achieved through collaboration and innovation.