USING THE MATHEMATICAL APPARATUS OF FUZZY LOGIC FOR PHASIFICATION АND ALGORITHMIZATIONS OF THE INTERACTIVE MONITORING SYSTEM OF TRANSPORT COMMUNICATIONS
DOI:
https://doi.org/10.26906/SUNZ.2020.3.064Keywords:
fuzzy logic, fuzzification, monitoring of transport communications, information and computer complexAbstract
The subject matter of the article is the monitoring of transport communications using modern technologies of intellectualization of vehicles.. The goal of the study is to develop a mathematical apparatus for creating intelligent software for mobile interactive monitoring of transport communications.. The tasks to be solved are: to reduce the description of the transport communications interactive monitoring system to a fuzzy form by defining linguistic variables; to draw an analogy between quantitative estimates of subsystems and links of a system and their fuzzy description; based on fuzzification, to carry out the algorithmization of monitoring tasks of transport communications; to conduct a dynamic analysis of the monitoring process with a vehicle equipped with an information and computer complex. General scientific and special methods of scientific knowledge are used. The following results were obtained: the process of monitoring transport communications is presented as a result of data normalization, their structural and pragmatic processing; the fassification operator of the observed dynamic process of transport communications monitoring is defined; provided mathematical basis for algorithmization of the monitoring process control procedure; a dynamic analysis of the monitoring process of a vehicle equipped with an information and computing system was conducted. Conclusions. Systems of interactive monitoring of fuzzy transport communications can be formally described by defining linguistic variables and their meanings - terms. Fuzzification of the observed monitoring transport dynamic process communications can be presented in the form of a dynamic function double transformation. Algorithmization of this procedure is possible by determining the compliance of the observed dynamic processes characteristics to the procedures for estimating terms using the membership function of the linguistic variable characterizes this processDownloads
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