Application of the mixed expansion of non-classical type matrix games in problems of determining the technical state of complex systems

A. A. Strotsev; S. V. Sinitsyn; O. N. Shukhardin; A. L. Oganesyan

doi:10.3103/S0735272707090075

Authors

A. A. Strotsev Rostov-on-Don Military Institute of the Rocket Troops, Russian Federation
S. V. Sinitsyn Rostov-on-Don Military Institute of the Rocket Troops, Russian Federation
O. N. Shukhardin Rostov-on-Don Military Institute of the Rocket Troops, Russian Federation
A. L. Oganesyan Rostov-on-Don Military Institute of the Rocket Troops, Russian Federation

DOI:

https://doi.org/10.3103/S0735272707090075

Abstract

A game-theoretic model of solving the problem of diagnosing complex systems was proposed enabling us to estimate the costs related to the system malfunction depending on the number of realizations of the diagnostics algorithm. This model is referred to the class of matrix games of non-classical type. The expressions were derived enabling us to determine optimal strategies for an arbitrary number of possible malfunctions and test sequences.

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