Simulation-based stability tests and performance bounds for differential non-unit memory linear repetitive processes

Abstract

A new set of stability tests for differential non-unit memory linear repetitive processes is developed using plant step response data. These tests then lead, at no extra computational cost, to unique information concerning two crucial aspects of the behaviour of these processes. The benefits of this information in the formulation and solution of practically feasible control policies are clearly shown by the initial results on this general area reported here. Finally, some open research problems are noted.