On the Optimalizing Control by a Continuous Correlation Method

抄録

This paper is concerned with the theoretical analysis of the optimalizing control system by a continuous correlation method. First, detailed studies are carried out on the patterns and the instability of the step response of the system to a displacement of the extremum depending upon the initial conditions, the parameters of the system, and the magnitude of the displacement. Second, the integral of the absolute error and the hunting loss are considered as the performance criteria for the transient and steady state, respectively, of the system contaminated by a noise. The contributions of each element of the system to these criteria are clarified. Finally, a reasonable design method is proposed on the basis of the results obtained.