Social vehicle scheduling logistics distribution system

Abstract

The invention provides a social vehicle scheduling logistics distribution system. The system comprises a work station, a communication system and a positioning system; the communication system and the positioning system are both in signal connection with the work station; a vehicle scheduling module, a vehicle management module and a database are arranged inside the work station; the vehicle scheduling module is used for establishing a mathematical model according to the descriptions of a problem and data information, designing a corresponding optimized method based on the mathematical model to solve the problem and outputting an optimized vehicle driving route; the vehicle management module is used for vehicle feedback information and vehicle real-time position information and describing a vehicle route problem and triggering the vehicle scheduling module to perform calculation; and the database is used for receiving the vehicle real-time position information from the positioning system and outputting the information to the vehicle management module. The social vehicle scheduling logistics distribution system can be applied to and installed on social vehicles so as to well integrate and schedule social vehicle resources.

Description

technical field [0001] The invention specifically relates to a social vehicle dispatching logistics distribution system. Background technique [0002] Logistics distribution vehicle scheduling is a key part of modern intelligent logistics distribution. It refers to organizing appropriate driving routes for a series of distribution points so that vehicles can pass through them in an orderly manner. To achieve certain goals (lowest empty load rate, shortest vehicle travel distance, lowest vehicle cost, shortest delivery time, etc.) [0003] The dispatching model construction and algorithm of the existing vehicle dispatching system are very different according to the different characteristics of the problem. For example, according to task characteristics, there are pure loading and unloading mixed loading and unloading problems; according to vehicle types, there are single-dock problems and multiple-dock problems; according to the relationship between vehicles and depots, ther...

AI Technical Summary

Problems solved by technology

For example, according to task characteristics, there are pure loading and unloading mixed loading and unloading problems; according to vehicle types, there are single-dock problems and multiple-dock problems; according to the relationship between vehicles and depots, there are vehicle open problems and vehicle closed problems; According to the number of optimization objectives, there are single-objective problems and multi-objective problems; however, the existing logistics distribution vehicle scheduling does not consider the optimal scheduling of social vehicles, which is essentially a waste of social vehicle resources, so there is an urgent need for a fully A social vehicle dispatching logistics distribution system using social vehicle resources to solve this problem

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