Ziarmand A. Models and Methods of Cyberphysical Computing for Digital Monitoring and Cloud Traffic Control

Research goal - improvement the road traffic quality and safety through the development of a cyber-physical model of computing online interaction between driver and cloud vehicle management services based on digital monitoring of road infrastructure and traffic flows, using intelligent sensors, telecommunications and navigation. Scientific novelty: 1) For the first time, a model of transport computing was proposed, which is characterized by the cyber-physical interaction between car and cloud service by the evolutionary movement the traffic light from physical to virtual space for digital monitoring of traffic flows and quasi-optimal traffic control. 2) For the first time, the architecture of a smart cloud traffic signal has been proposed, which is characterized by the usage of logical operations and the time of idle green signal, which makes it possible to significantly increase the throughput of traffic flows at the crossroads of roads. 3) The metric and criteria for assessing the quality of infrastructure are improved, which is distinguished by the possibility of cyberspace online analysis to find the quasi-optimal route and reduce the time of its execution. 4) The Dijkstra algorithm is improved, which is characterized by the possibility of analysing the cyber-physical traffic infrastructure for online search of the quasi-optimal vehicle route in the event of collisions.