Model of a Stabilization System for a Bioengineering Object on a Manifold of Given Goal States

The problem of bioengineering object stabilization is discussed using an ideology of combining the synergetic control and the cyber-physical systems (CPSs). The CPS structure contains an analytically designed synergetic stochastic regulator, referred to as the reference regulator, for the purpose of organizing the motion of the system’s reference point between the a priory specified favorable limit states with attractive properties, which are termed here as the macrostates. The stabilization of a controlled object in the space of target macrostates implies its testably functional state. In order to validate the proposed approach, a system of anaerobic biological wastewater treatment (ABWT) is selected based on an anaerobic bioreactor, which is characterized by a large number of interdependent physical, technical, and biochemical parameters. The results of this study are used in developing a monitoring and control system for an industrial bioreactor, which would possess a considerably reduced time for the historical data processing and save the computational resources.