능동식 대중교통 우선신호를 위한 검지기 최적위치 산정방법
Determination Method of Optimal Detector Location for Active Transit Signal Priority
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초록
In this study, the transit waiting time at signalized intersection for the active transit signal priority was modeled depending on the detector location, and this model can determine the detector location for the minimum transit delay in median exclusive tram or bus lane. With the application of the various transit speed and detector location, this study analyzed the change of transit delay. In addition, this study analyzed the active transit signal priority using a microscopic simulation under the same conditions with the analysis of transit waiting time. The result of microscopic simulation using VISSIM also showed the similar trend with the results from the waiting time model. This research made sure that the transit delay can be changed according to the detector location only, even if the delay of passenger car had a slight change.
Abstract
In this study, the transit waiting time at signalized intersection for the active transit signal priority was modeled depending on the detector location, and this model can determine the detector location for the minimum transit delay in median exclusive tram or bus lane. With the application of the various transit speed and detector location, this study analyzed the change of transit delay. In addition, this study analyzed the active transit signal priority using a microscopic simulation under the same conditions with the analysis of transit waiting time. The result of microscopic simulation using VISSIM also showed the similar trend with the results from the waiting time model. This research made sure that the transit delay can be changed according to the detector location only, even if the delay of passenger car had a slight change.
참고문헌 (12)
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