Abstract
As a rule, existing automated systems to create test actions are constructed by using different methods of mathematical modeling of real apparatus and have a number of disadvantages: high cost, inflexibility (i.e., the impossibility of inserting changes in the testset), complexity of loading the testing apparatus with highly developed man-machine dialog interface, complexity of utilization for localization of damage sites, complexity of connection with manual test fragments. The proposed method for the construction of a test scenario generator is based on hybrid utilization of mathematical modeling systems. Its basis is an expert system that permits copying the behavior of a repair specialist. Objectively oriented high-level languages such as LISP or PROLOG should be used as the instrumental base for the construction of systems of such a class. It is preferable to consider the scheme as a functional module for utilization in the synthesis of tests and subconnections of the data processing channels to the appropriate busbars.
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