Intelligent vehicle dispatching system

Abstract

The invention relates to the technical field of logistics dispatching, in particular to an intelligent vehicle dispatching system. The intelligent vehicle dispatching system comprises a storage moduleused for storing vehicle information, transport routes and road condition information, and an input module used for dispatching personnel to input order information, wherein the vehicle information further comprises hometown places of vehicle drivers and frequent driving place information. The intelligent vehicle dispatching system further comprises a calculation module used for matching the corresponding transport routes according to the input order information and storing the transport routes in a route planning module, a weight limiting module for performing output to a vehicle query module according to the matching, the vehicle query module for matching information of vehicles with corresponding weights in the storage module according to maximum weight limiting information, an allocation module for generating allocation information, a transport module for generating to-be-allocated information according to the allocation module and storing the to-be-allocated information in the storage module, a combination module for performing combination to obtain dispatching information and sending the dispatching information to a dispatching module, and the dispatching module for sendingthe dispatching information to the corresponding vehicles according to the received dispatching information.

Description

technical field [0001] The invention relates to the technical field of logistics dispatching, in particular to an intelligent car dispatching system. Background technique [0002] With the development of information technology, the logistics industry is facing fierce market competition and severe challenges. In this case, relying on the existing resource advantages, using communication technology and information technology, actively cultivating and developing business, and digging new profit growth points in the information field will become an important means for logistics to implement sustainable development strategies. Among them, the vehicle scheduling system has become one of the important information systems of many logistics distribution centers. The system is mainly to help dispatchers dispatch vehicles. In order to facilitate the scheduling of dispatchers, firstly, the system will store all the vehicle information of the center, including the vehicle model, vehicl...

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Problems solved by technology

[0003] However, in the above scheduling process, dispatchers need to consider various factors when planning routes, among which traffic restrictions in various places are one of the factors. For example, the customer's freight needs to be transported from point A to point C via point B, That is, A-B-C, the dispatcher needs to consider the different traffic restrictions of A, B, and C respectively when scheduling. For example, the weight limit of A is 20 tons, the weight limit of B is 16 tons, and the weight limit of C is 18 tons, that is, The A-B road section can carry a maximum load of 20 tons, and the B-C road section can carry a maximum load of 16 tons. Therefore, when the dispatcher distributes the vehicle load, the actual load of each vehicle can only be 16 tons. At this time, the maximum load allowed by the central vehicle is 20 tons, so the allocation becomes two vehicles, each loaded with 15 tons. In this way, each vehicle is not fully loaded, so that the load resources of the vehicle are not enough. are fully utilized, and road resources are also underutilized, resulting in increased transportation costs

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