:   .., ..
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:  106
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:  2023
:   .., .. // . 106. .: , 2023. .71-95. DOI: https://doi.org/10.25728/ubs.2023.106.3
:   , , ,
(.):  intelligent transport system, navigation and orientation, reliability, robotic systems
:   . . , , , . . , . . . - . , .
(.):  In the context of the development of intelligent transport environment, the accurate positioning of autonomous robotic devices plays an important role. In this article, the authors present a method of orientation and navigation of robotic systems with the possible use of intelligent transport environment infrastructure. The algorithm of robot orientation and navigation in the intelligent transport environment describes the process of data collection, processing, filtering, interpolation and extrapolation to determine the robot's location and route planning. The method of formation of the priority mode of on-board navigation complex operation under conditions of information redundancy of navigation parameters is proposed. The method represents the optimization problem of selecting the operating mode of the on-board navigation system, which at the moment of time has the most accurate estimation taking into account the external conditions. The article also touches upon the concept of measurement results reliability. The criteria of measurement information reliability to ensure the effectiveness of decision-making in the management of measurement processes are highlighted. The approach to determining the reliability of navigation and measurement information on the basis of the method of statistical decision theory of marginal values of measurement results is described. This approach allows to analyze quickly enough the received measurement information by statistical indicators and to estimate the degree of reliability of the results.

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