Abstract
This paper continues the issue of improving automatic feedback control systems as one of the most important complexes in automated industrial process control systems (AIPCS). It is experimentally verified that Smith predictor represents an efficient tool to improve performance of delayed objects and high-order objects. Principles of operation and adjustment are described for the controller operating on the basis of the predictor. Digital controllers are demonstrated well-adapted for embedding the option of Smith predictor. Experimentally tested versions of the predictor's program realization are suggested for the programmable controllers and PID controllers of industrial application.
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