Russian Federation
Russian Federation
Russian Federation
Objective: this article examines the feasibility of implementing an active safety and driver assistance system (ASDS) on a city tram. Methods: analysis of manufacturer data and the operator’s experience using the Cognitive TramPilot system on tram rolling stock in St. Petersburg. Results: implementation of this system has reduced the number of tram derailments, passenger falls, pedestrian coll isions, and vehicle-vehicle accidents. Practical significance: installation of this system on all Gorelektrotrans rolling stock can be recommended to improve traffic safety and transportation efficiency, and, ultimately, to facilitate the transition to driverless trams.
urban growth, increasing traffic congestion, environmental degradation, tram transport, active safety and driver assistance systems, accident prevention, improving traffic safety and efficiency, driverless tram
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