Regulator design for continuous-time distributed parameter systems by discrete-time controls

In this paper, a regulator problem is investigated regarding a continuous-time parabolic distributed parameter system with constant disturbances. The regulator problem is to determine a feedback control law which stabilizes and regulates the system. A new feedback control law is presented which stabilizes the continuous-time system and regulates the output, using only discrete-time controls. The design procedure of a regulator can be realized in finite-dimensional theories and techniques.