Synthesis of Logical-Dynamic Systems with a Control Channel Selector and Feedback Correction

The problem of controlling a multidimensional object with one control action and a channel selector is considered. It is shown that an effective means of constructing such logical-dynamic systems is the alignment of dynamic characteristics of individual control channels due to feedback correction. The synthesis of fuel consumption control channels for gas turbine engines is carried out. The simulation results are presented. The correspondence of the results obtained to the characteristics of the adaptive system is shown.