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Optimization and Simulation of the Algorithm for the Diagnosis and Detection of Failed Elements in Communication Systems

The algorithm of the optimal strategy for searching and measuring the state of failed elements in complex-branched communication systems is found. In solving this problem for parallel circuits, the target function was first introduced in the form of a bilinear form, the extreme value of which is determined by the sequence of rows and columns of the matrix entering into it. For series circuits, it is proved that the optimal algorithm is reduced to the search for a jump in the state function by the division method with the selection of elements with a minimum measurement time. Using the mathematical modeling method, the operability and optimality of the combined algorithm for a complex series-parallel connection scheme of elements was verified.