Many important plants (e.g. flexible manipulators or chemical reactors) are governed by PDEs and are often described by models with a significant degree of uncertainty. Stabilization for infinite-dimensional PDE systems is a challenging problem. We aim to provide efficient methods for stabilization of PDEs and for PDE-based multi-agent deployment.

Speaker Biography:Kang Wen, a researcher, doctoral supervisor, and national level young talent at Beijing Institute of Technology, currently serves as the deputy editor in chief of the SCI journal "IMA Journal of Mathematical Control and Information" and the deputy editor in chief of IFAC MICNON. He is a senior member of IEEE and the Chinese Society of Automation, as well as a member of the special committees of the Chinese Society for Command and Control, the Chinese Society for Artificial Intelligence, and the Beijing Interdisciplinary Society. I have been engaged in research on distributed parameter systems, time-delay systems, intelligent control, and other fields for a long time, and have achieved a series of innovative results. I have published more than 50 academic papers, including 30 papers in top SCI journals such as Automation and IEEE Transactions on Automatic Control in the field of control. Received honors such as Beijing Science and Technology Rising Star and Xiaomi Young Scholar. Hosted over ten national and provincial-level projects, including the National Natural Science Foundation International (Regional) Cooperative Research Project, General Project, Youth Project, National High end Foreign Expert Introduction Project, Beijing Science and Technology New Star Talent Plan, Beijing Science and Technology New Star Cross Cooperation Project, etc.