Robust Fault-Tolerant Intermittent Control for Uncertain Distributed Parameter Systems Under Spatially Point Measurements

This paper introduces a robust fault-tolerant intermittent control strategy for uncertain distributed parameter system (DPSs) under spatially point measurements. Firstly, we choose a switching time-dependent Lyapunov function. Moreover, in order to ensure the exponential stability for the uncertain DPSs, a robust fault-tolerant intermittent control design is proposed by space-dependent linear matrix inequalities (LMIs). Finally, the proposed method is demonstrated by a high-speed aerospace vehicle.