Motion separation principle applied to digital modeling of feedback systems by simulation method
V.Sh.Pasik
Novosibirsk
Pages: 91–96
Abstract
A block-structural representation of feedback systems allows one to separate motions of a complex object by the simplest procedure and thereby increase the efficiency of present-day CAD systems at stages of improving the equipment. It is shown that the most universal method for analyzing automatic control systems is the matrix-free simulation method. It is proposed to use a simulation method ensuring calculations with a variable balanced error and the minimum labor consumption, along with the motion separation principle.