Integration of an Equipment Complex with a Selected Configuration

Abstract

We pose and solve the problem of the synthesis of dynamic integration matrices with discrete time shift operators that simulate data processing in the integrated computational environment of the designed equipment complex. The developed approach considers a preliminary choice of the configuration of the complex by specifying a pair of configuration matrices that simulate inertialess input and output interfaces of all its heterogeneous and non-universal components. We obtain analytic expressions for complete and reduced sets of integration matrices that ensure that, with the chosen configuration matrices, the prescribed objective function for the complex remains constant. We present a methodical example that demonstrates the methodology and effectiveness of the proposed approach.