EVALUATION OF TRAIN INTERVAL ADJUSTMENT ALGORITHMS FOR CONGESTED METROPOLITAN RAILWAY LINES
Chikako Hirai, Norio Τοmii
Abstract
Chikako Hirai, Norio Τοmii
Abstract
This paper reports on the evaluation of train internal adjustment algorithms and implementation of a train traffic control simulator from passenger's viewpoint. Train interval adjustment is quite an important task on urban dense traffic railway lines. Train interval adjustment is to adjust train intervals regardless of the original schedule so that passenger's concentration on trains does not disrupt train operation. Delay of a train's arrival at a station would increase the number of people who wait at upcoming stations, and the train has to stop longer than usual. If train intervals are not adjusted, the situation will get worse.
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This paper reports on the evaluation of train internal adjustment algorithms and implementation of a train traffic control simulator from passenger's viewpoint. Train interval adjustment is quite an important task on urban dense traffic railway lines. Train interval adjustment is to adjust train intervals regardless of the original schedule so that passenger's concentration on trains does not disrupt train operation. Delay of a train's arrival at a station would increase the number of people who wait at upcoming stations, and the train has to stop longer than usual. If train intervals are not adjusted, the situation will get worse.
Key concepts: Train, Interval (graph theory), Schedule, Passenger train, Metropolitan area, Transport engineering, Task (project management), Engineering