THE EFFECT OF BIOLOGICAL FEEDBACK IN BIOTECHNICAL SYSTEMS

Abstract

This  article considers problematic issues in the synthesis of a technical system with the presence of an object of biological origin using classical management theory. Biological feedback plays a key role in maintaining the relative dynamic stability of parameters and functions. In order to obtain the programmed properties of the system and to evaluate the quantitative changes that occurred in the system during the obtaining of qualitative shifts in the properties of the biological object, the conditions for solving the problem of the reverse synthesis of the sensor as a part of the biotechnical system were considered. The goal is to formalize cause-and-effect relationships in order to obtain an alternative to the subjectivism of expert evaluation. Reproduction of the behavior of the control system is considered from the point of view of the modeling method based on electrobioanalogies as a factor influencing the architecture and functional principles of neuromorphic solid-state sensors.