ABSTRACT
ABSTRACT: The subject of this study is the designing of the stochastic distributed control systems. The research method shown in the paper can be applied to distributed objects of different physical nature. In this paper, the Kislovodskoye field of mineral water is considered as the controlled plant. Hydrodynamic processes are described by partial differential equations, the class of distributed objects, whose mathematical models do not have an analytical solution, and then numerical methods of solution are used. The article presents the results of simulation of hydrodynamic processes in aquifers, where stochastic interferences are imposed on the control action and on the flow rate of water in the aquifers. Additionally, author provides the results of operation of the calculated distributed controller in a closedloop control system, which allows to maintain the piezometric water level at a given value. The implementation of this system will help preserve the reserves and quality of mineral water.
