Testing of the information control system with multi-sensory channels of information interaction based on the method of direct modeling with an external reference
Abstract
Purpose: the purpose of the article is to substantiate the analytical approach to modeling the process of testing a class of information-control systems with multi-sensory channels of information interaction under the influence of non-Gaussian disturbances.
Method: the main research method is the method of direct modeling based on the orthogonality theorem for the case of a compatible system with an external standard.
Findings: the paper presents the results of modeling the process of testing a class of information-control systems with multi-sensory channels of information interaction under the influence of non-Gaussian interference for the case of a compatible system with an external standard based on synthesized analytical expressions.
Theoretical implications: the main results of the research on the topic of the article are: synthesis of an analytical model of the process of testing a class of information-control systems with multi-sensory channels of information interaction under the influence of non-Gaussian disturbances.
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References
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