Analysis of vehicle behavior under waiting time limit at an intersection of the Automated People Mover

Analysis of vehicle behavior under waiting time limit at an intersection of the Automated People Mover

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Article ID: iaor19891135
Country: Japan
Volume: J72-A
Issue: 8
Start Page Number: 1253
End Page Number: 1259
Publication Date: Aug 1989
Journal: Transactions of the Institute of Electronics, Information and Communication Engineers
Authors: , ,
Keywords: programming: probabilistic, programming: transportation, transportation: general, markov processes
Abstract:

A model for the Automated People Mover (APM) is proposed, formulating the behavior of traffic at a grade separated intersection using the Imbedded Markov chain technique. The intersection is composed of overpasses and underpasses and the traffic flow goes the sub-line to the main-line through the off-line. The vehicles going from the sub-line into the main-line must form a queue in order to avoid colliding with the other vehicles of the main-line, but the authors assume that the length of the queue is infinite. They restrict the maximum number of slot slipping to the first vehicle in the queue. In the model, the authors derive the average number of vehicles in the queue, the average waiting time of vehicles and the rate of detour. [In Japanese.]

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