Algorithm for the Functioning of the Cyber-Physical Control System for Personal Protective Equipment

The article presents an algorithm for the functioning of a cyber-physical control system for personal protective equipment against diseases transmitted by airborne droplets. To optimize the working conditions of the user of personal protective equipment, it is proposed to implement real-time temperature and humidity control in the underwear space. The algorithm is presented as a digital control system for a complex multiloop dynamic object. A general analytical model of data processing is presented taking into account the temporal characteristics of von Neumann controllers and a general matrix description of the system. A method for calculating time delays in the regulation of controlled characteristics is presented, based on the description of the control algorithm as a semi-Markov process. Theoretical provisions are illustrated by the results of modeling the functioning of a two-loop digital control system. The necessity of using sensors that do not interfere with the professional activities of the user of personal protective equipment and the implementation of a personalized approach to controlling the temperature and humidity of the air in the underwear space is emphasized.