Logistics full-link integrated management and control digital twin system

Abstract

A logistics full-link integrated management and control digital twin system relates to the technical field of logistics management and control, and comprises a client, a server, a data processing system and a visual multi-user dimension management system;the data processing system is used for processing logistics full-link data; the server is used for extracting the data in the data processing system, converting the data into a data format identified by the client, and pushing the data format to the client; the client comprises a browser and a user interface, and the browser and the user interface are used for data display and operation display to realize three-dimensional construction of a data space twin body and an operation data knowledge space of a logistics full link; an intra-area cargo vehicle whole-process monitoring network system is established on the visual multi-user dimension management system, and the system performs offline and real-time analysis on logistics full-link data, constructs a data space twin body and operation data knowledge space, and provides intelligent decision support in combination with artificial intelligence and an operation planning optimization algorithm.

Description

technical field [0001] The invention relates to the technical field of logistics management and control, in particular to a digital twin system for integrated management and control of the entire logistics chain. Background technique [0002] The logistics operation environment is changing rapidly, and a large number of related events need to be paid attention to. In the traditional logistics control system, the data analysis results are mainly displayed in the form of two-dimensional tables and charts. The analysis behavior is mainly passive query, so as to obtain indirect logistics processes. , it is difficult to intuitively and globally display the whole link of logistics. Such a logistics control system has the following disadvantages: [0003] 1. Not intuitive: For performance bottlenecks and events that affect work efficiency, it often requires experienced professionals who are sensitive to operational data and graphics to identify them; [0004] 2. Not in time: Prob...

AI Technical Summary

Problems solved by technology

[0003] 1. Not intuitive: For performance bottlenecks and events that affect work efficiency, it often requires experienced professionals who are sensitive to operational data and graphics to identify them;

[0004] 2. Not in time: Problems are often found after passive inquiries, and a long time may have passed since the problem occurred;

[0005] 3. Supervision is inconvenient: In the process of logistics operations, the central, municipal, and local governments need to dispatch manpower and physics to carry out physical supervision in turn, which is time-consuming and laborious, and prone to omissions, which affects the supervision.

[0006] In summary, the existing logistics control system has many defects. If problems occur in the actual logistics operation process and the logistics supervision process, it is difficult to timely and intuitively display the problems of early warning and weak supervision in logistics operations. Therefore, there are still problems to be improved. place

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