Intelligent scheduling decision-making method and decision-making system for vehicles in port operation site

Abstract

The invention discloses an intelligent scheduling decision-making method and decision-making system for vehicles in a port operation site. The method comprises the steps of vehicle application, personnel allocation, task issuing, vehicle entry, vehicle monitoring, task feedback, vehicle scheduling, task updating, task ending and vehicle warehouse entry. The system belongs to the technical field ofvehicle intelligent scheduling and management, and comprises a data processing module, a vehicle application module, a GPS positioning module, a voice intercom module, a video monitoring module, a vehicle scheduling module and an APP module. According to the invention, the problems of inaccurate vehicle monitoring, unintelligent scheduling, unknown actual situation and the like in the prior art are solved; management of the project in the aspect of vehicle use is improved, the use condition of each vehicle is monitored in real time, reasonable distribution and timely exchange of work are ensured, remote dispatching and long-time idle standby state are avoided, and standardization, informatization and intellectualization of vehicle management are promoted. Meanwhile, the system is easy toinstall, maintain and operate, stable in operation, safe and reliable to use to the maximum extent.

Description

technical field [0001] The invention relates to the technical field of intelligent dispatching and management of vehicles, in particular to a decision-making method for intelligent dispatching of vehicles in a port operation site and a decision-making system thereof. Background technique [0002] There are many types and large quantities of mobile machinery involved in production operations in the port, including crawler cranes, loaders, forklift trucks, dump trucks, etc. How to strengthen the monitoring of production and operation vehicles in the port, standardize the order of vehicle operation, improve the management of project vehicles, and strengthen Cost reduction and efficiency increase has become an urgent problem for major ports. [0003] The current vehicle management technology of the project is backward, and a series of problems such as the delay in obtaining dispatching information on the site. Whether it is from the application of vehicles or on-site dispatching...

AI Technical Summary

Problems solved by technology

[0003] The current vehicle management technology of the project is backward, and a series of problems such as the delay in obtaining dispatching information on the site. Whether it is from the application of vehicles or on-site dispatching, manual methods are used. That is to say, the management department formulates the vehicle schedule in advance shift plan, on-site operators manually collect vehicle information

The real-time performance of the data collected in this way is poor, and the reflected vehicle information is inaccurate, and the vehicle work information, the information of the driver of the vehicle, and the past driving records of the vehicle are not reflected. not meet actual needs

[0004] However, due to the particularity of port operations, the existing level of informatization cannot carry out unified dispatching of vehicles, improve the potential of excavating vehicle operations, and reduce work accidents and labor intensity of workers

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