Performance Output Tracking for a One-Dimensional Wave-Heat Cascade System with Unmatched Disturbance

Abstract EN

The objective of this paper is to solve the performance output regulation problem for a wave-heat cascade system with unmatched disturbance.

Applying the series expansion, the auxiliary trajectory for the cascade system is constructed and the unmatched disturbance is rejected.

Meanwhile, the controller and observer only based on error signal are designed, and the performance output regulation problem is solved.

Under the control feedback, the performance output can track the reference signal, and the regulation error goes to zero asymptotically.

Finally, some numerical simulations are presented for illustration.