AUTOMATION

Contents: Association of invariance theory with the theory of differential regulators The possibility of compensation and recompensa tion of other (excluding static) error com ponents in differential systems Comparison of rigidity and stability of differ ential stabilization systems The possibility of compensating the effects of nonlinearities in various components of dif ferential systems Utilization of a differential system for the elimination of the insensitive zone in a magnetic reversing gear The equivalence condition of systems of differ ential equations and disturbance control systems Designing automatic systems stable with respect to disturbances Determination of the form for the transfer functions of components added to a system to achieve invariance Determination of corrective element parameters Evaluation of different methods for introducing corrective elements into the system Determination of the effect of low-value correc tive element parameters on process stability and quality in stabilization systems