Conceptual Approaches to Traffic Monitoring Design Under Varying Conditions of Vehicle Traffic

The paper discusses the conceptual approaches to upgrading the functional systems management and monitoring of intelligent technical environments for transport, processing machines and enterprises. Criteria are proposed for the effectiveness of automated traffic monitoring, which build on the stochastic nature of the system-forming factors. The paper presents the scientific method and analysis algorithm for improving the road transport monitoring automation. The study involved the analysis of the shortcomings that are encountered when designing the architecture of traffic safety management and state traffic control systems. Key principles are identified that are to be observed when developing the concept design of vehicle traffic monitoring and that are prerequisite to the sustainability of system and its elements, as well as fundamental concepts of configuring and embedding the domain of vehicle traffic monitoring sector into the system of state road safety management. Description is provided of the stage-by-stage approach to the life cycle of technical vehicle traffic monitoring systems, based on their performance characteristics, and of the mechanisms for quantifying the impact of automated recording systems’ performance parameters. The paper further proposes measures that involve the use of automated recording systems to increase vehicle safety levels.