2016Traffic safetyRequires access

For the Vision of “Zero Accidents at Intersections”: A Challenge between Road Safety and Capacity

Jean Emmanuel Bakaba, Jörg Ortlepp

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Abstract

Different types of intersection were simulated with different traffic control variants. Simulation results of a wide range of types of intersection and traffic signal phases showed that an additional protected green phase for traffic turning left generally resulted in no relevant restrictions to the capacity of the intersection. In the case of large intersections with a high volume of traffic, a protected signal for traffic turning left increases safety for traffic turning left and oncoming vehicles. In the case of large intersections with a medium volume of traffic and small intersections with a high volume of traffic, lprotectedr systems for traffic turning left are the most efficient solution both in terms of traffic flow and road safety. Standardising these types of regulation at traffic light controlled intersections helps to reduce conflicts between turning left vehicles and pedestrians and cyclists too. The number and the severity of accidents involving pedestrians and cyclists at such intersections can be reduced significantly.

About this research paper

What this paper is about

Different types of intersection were simulated with different traffic control variants. Simulation results of a wide range of types of intersection and traffic signal phases showed that an additional protected green phase for traffic turning left generally resulted in no relevant restrictions to the capacity of the intersection. In the case of large intersections with a high volume of traffic, a protected signal for traffic turning left increases safety for traffic turning left and oncoming vehicles. In the case of large intersections with a medium volume of traffic and small intersections with a high volume of traffic, lprotectedr systems for traffic turning left are the most efficient solution both in terms of traffic flow and road safety. Standardising these types of regulation at traffic light controlled intersections helps to reduce conflicts between turning left vehicles and pedestrians and cyclists too. The number and the severity of accidents involving pedestrians and cyclists at such intersections can be reduced significantly.

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Available abstract

Different types of intersection were simulated with different traffic control variants. Simulation results of a wide range of types of intersection and traffic signal phases showed that an additional protected green phase for traffic turning left generally resulted in no relevant restrictions to the capacity of the intersection. In the case of large intersections with a high volume of traffic, a protected signal for traffic turning left increases safety for traffic turning left and oncoming vehicles. In the case of large intersections with a medium volume of traffic and small intersections with a high volume of traffic, lprotectedr systems for traffic turning left are the most efficient solution both in terms of traffic flow and road safety. Standardising these types of regulation at traffic light controlled intersections helps to reduce conflicts between turning left vehicles and pedestrians and cyclists too. The number and the severity of accidents involving pedestrians and cyclists at such intersections can be reduced significantly.

Key concepts: Zero (linguistics), Transport engineering, Computer science, Engineering, Computer security, Philosophy, Linguistics

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