Research Article
Bus Route Design Problem for Rural Tourism Objectives: A Multiobjective Approach
Table 5
Major parameters for the numerical example of the Lishui district.
| | Parameter | Value |
| | Generalized costs for one minute of in-vehicle time (yuan RMB/min) | 0.746 | | Generalized costs for one minute of waiting time (yuan RMB/min) | 0.746 | | Generalized costs for one minute of walking time (yuan RMB/min) | 0.746 | | Average departure frequency of tourist bus routes (vehicles/h) | 4 | | Passenger capacity of tourist buses | 40 | | Number of seats on a tourist bus | 20 | | Maximum number of tourist bus routes | 15 | | Parameters α in the in-vehicle crowding coefficient calculation | 1 | | Parameters β in the in-vehicle crowding coefficient calculation | 2 | | Passenger average walking time to bus stations (minute) | 5 | | Passenger average transfer walking time (minute) | 3 | | Transfer time amplification factor | 1.5 | | Transfer penalty | 2 | | Tourist bus operating speed (km/h) | 40 | | Maximum travel time for a tourist bus route (minute) | 120 | | Population size | 50 | | Maximal number of iterations | 400 | | Crossover probability | 0.90 | | Mutation probability | 0.05 |
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