Abstract

Complex nonlinear dynamics of managed objects generates a great variety of modes of behavior that must be changed deliberately. Analysis and optimization of control systems of complex natural and technological systems are processes of difficulty. There is currently no scientific formulation and methods of solving the problem of synthesis of control systems and the development of complex natural and technological systems in the face of uncertainty. For modeling of difficult technological complexes it is offered to use multiapproach modeling when each agent of the distributed multiagentny model integrates different types of knowledge of a class of objects which he represents. The offered approach is used for design of system of cleaning the pylegazovykh of streams. As a result, the solution of the optimization problem using the constructed model structure obtained gas purification device that satisfies the given constraints and provide the required degree of purification. The paper uses the methodology of multi-agent systems based on knowledge. Based on the methodology of multiscale modeling and prototyping processes built objectives tree, described by a directed graph connected. An example of solving the problem of optimizing the flow of dust and gas purification structure.

Keywords

Multiapproach modeling, cleaning pylegazovykh of streams.