Methods for forming specified switching states of complex multichannel systems and networks

Abstract

Methods of direct, inverse, and hybrid substitutions are proposed for solving the problems of forming specified switching states in complex multichannel systems and networks. The direct substitution method allows obtaining all possible solutions, is easily algorithmized, and enables consideration of additional requirements when choosing connections. The inverse substitution method provides rapid determination of a solution but requires intellectual support, describes all possible solutions with difficulty, and faces challenges when accounting for additional conditions. The hybrid substitution method combines the advantages of the first two approaches while minimizing their drawbacks.