Bus vehicle scheduling method and system with priority task load configuration
A technology of public transport vehicles and scheduling methods, which is applied to the traffic control system of road vehicles, traffic control system, traffic flow detection and other directions, can solve the problems of few vehicles used and large potential safety hazards of public transport enterprises, and achieve the effect of reducing calculation time.
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Embodiment 1
[0039] Embodiment 1: This embodiment aims to provide a bus scheduling method with priority in task volume allocation. The bus scheduling problem in this embodiment can be simply understood as the number of operating vehicles given by the bus company throughout the day, and each vehicle The amount of operational tasks, so that on the premise of ensuring sufficient rest time for drivers, the corresponding driver scheduling is carried out with a model aimed at improving the labor efficiency of drivers.
[0040]The urban public transport industry may have different vehicle scheduling schemes depending on the policies of different regions. For example, some areas need to save resources as much as possible when scheduling buses due to financial constraints, but the premise is that the drivers can be guaranteed. Safe driving. In some areas, due to sufficient funds, it is necessary to consider the safe driving of drivers and maximize the utilization rate of vehicles when scheduling bus...
Embodiment 2
[0074] Embodiment 2: This embodiment provides a bus dispatching system with task allocation priority.
[0075] like figure 2 As shown in , a bus dispatching system with task volume configuration priority is characterized in that: it includes an initial solution forming module, an algorithm center processing module and a conditional constraint module; the initial solution forming module makes an all-day operation plan through a passenger flow investigator , according to the all-day operation plan, obtain the all-day operation schedule, planned operation vehicles and planned all-day task volume, and establish a basic information set, randomly initialize the basic information set to form the original shift chain, and obtain the number of sets between shifts from the original shift chain , with the minimum number of sets of points as the loss function, output the initial shift chain after a predetermined number of iterations, the central processing module of the algorithm include...
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