Mathematical model for justification of options reconfigurations of the distributed automated control and measuring system

In this article are presented the results of researches of features of application of methods of a multicriteria choice in the indistinct environment at justification of options of reconfiguration of the distributed system automated control and measuring with use of indistinct basic data about the modes and conditions of carrying out measurements (control). The developed mathematical model, unlike the existing allows to exclude a number of assumptions and restrictions, characteristic for cases when dynamic characteristics of the operated process and external impacts on process are known at best to within parameters which can is unpredictable to change in wide limits and for their description it is necessary to use vector indicators with a large number a component. It is shown that use the of device of theory of indistinct sets significantly supplements methodology of the solution of problems of synthesis of optimum and adaptive systems. The model is substantially universal for application as in the self-organizing distributed automated control and measuring systems - systems with automatic reconfiguration of structure, and in the systems which are independently changing the algorithm of functioning.