UDC 621.391
DOI: 10.36871/2618-9976.2021.07.001
Authors
Lazarev V.L.
Candidate of Technical Sciences, Associate Professor, ITMO University, Russia, St. Petersburg
Abstract
The paper describes the approach and methodology for the numerical
assessment of the quality of periodic processes. With
regard to their particular case the processes of selfoscillations,
on the basis of the proposed approach, the problem of optimization
of the control system is formulated and possible ways
of solving it are shown. The practical implementation of the approach
is possible when synthesizing a control system, as well
as in the variant of automatic adaptive control during its operation.
The proposed solutions are based on the use of methods
of the theory of entropy potentials.
The implementation of the proposed solutions will improve
the quality of monitoring of periodic processes and the efficiency
of regulation systems in selfoscillation
modes.
Keywords
Periodic processes
Selfoscillations
State of uncertainty
Theory of entropy potentials
Entropy coefficient
