This thesis presents novel intersection control strategies for future urban traffic scenarios in which all vehicles are connected and automated. The main focus lies on the safe and efficient integration of pedestrians and bicyclists. Additionally, the strategies aim at the consideration of policy objectives, such as public transport prioritization, and the applicability to a realistic multimodal intersection zone. The presented control schemes are implemented and tested using a microsimulation platform, and a direct comparison to conventional traffic signal control is given.
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This thesis presents novel intersection control strategies for future urban traffic scenarios in which all vehicles are connected and automated. The main focus lies on the safe and efficient integration of pedestrians and bicyclists. Additionally, the strategies aim at the consideration of policy objectives, such as public transport prioritization, and the applicability to a realistic multimodal intersection zone. The presented control schemes are implemented and tested using a microsimulation p...
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