Heuristic Scheduling Procedures for PRT System
Patrick Esposito, Jack Byrd
Abstract
Patrick Esposito, Jack Byrd
Abstract
This paper is a summary of the research conducted to develop a vehicle scheduling approach for a personal rapid transit system. The basic goal was to develop a vehicle scheduling routine that would permit the real-time launching of vehicles, and in turn, result in improving the efficiency of the system's operation. A number of heuristic rules were tested by an interaction with a simulation of the Morgantown PRT system. Each rule was evaluated to determine its effectiveness in providing an efficient operation of the system resulting in the accomplishment of the system objectives. It was found that peak-period operation of the system should be considered and handled separately from off-peak operation with different heuristic rules being used in these cases.
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This paper is a summary of the research conducted to develop a vehicle scheduling approach for a personal rapid transit system. The basic goal was to develop a vehicle scheduling routine that would permit the real-time launching of vehicles, and in turn, result in improving the efficiency of the system's operation. A number of heuristic rules were tested by an interaction with a simulation of the Morgantown PRT system. Each rule was evaluated to determine its effectiveness in providing an efficient operation of the system resulting in the accomplishment of the system objectives. It was found that peak-period operation of the system should be considered and handled separately from off-peak operation with different heuristic rules being used in these cases.
Key concepts: Scheduling (production processes), Heuristic, Computer science, Operations research, Simulation, Transport engineering, Engineering, Operations management