Time optimization of urban arterial coordinated control based on multidimensional neighbourhood artificial bee colony algorithm

Ruichun He, Hongxing Zhao, Zhongni Ye and Liumeng Yang

Transportation Planning and Technology, 2024, vol. 47, issue 1, 113-145

Abstract: Considering the traffic flow of the inner and outer intersection approach of urban arterial roads, an optimization control model of traffic arterial road signal parameters with signal cycle, green light time, and phase offset as the optimization variables is proposed. In order to solve the optimization model of timing parameters, the swarm evolution mechanism of artificial bee colony algorithm is improved and applied. The case study shows that the optimization model of timing parameters can collaboratively optimize the signal cycle, green light time and phase offset of the arterial coordinated control system, and the timing results of the optimization model by comprehensive consideration of inner and outer approach traffic flow are more beneficial to the improvement of traffic efficiency than the decoupling optimization algorithm. The proposed optimization model and solution algorithm can improve the effect of arterial coordinated control.

Date: 2024
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DOI: 10.1080/03081060.2023.2246959

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