Feedback stabilization for a class of distributed delay systems via a decomposed approach
摘要
This paper addresses feedback stabilization for a class of distributed delay systems in Hilbert space. The approach is based on a decomposition of the state space that utilizes the system’s spectral properties. Sufficient conditions for exponential and strong stabilization are established. Furthermore, an explicit optimal decay rate estimate is obtained. A necessary condition for strong stabilization is provided. Finally, the theoretical results are illustrated with numerical examples and simulations.