Virtual debugging system and method for automatic management and control system based on logistics simulation

Abstract

The invention provides a virtual debugging system and method for an automatic management and control system based on logistics simulation, and the system comprises a parameter collection module whichis used for obtaining a process action flow and the production process parameters of an unbuilt production field operation according to a preset design scheme, a management and control system which isused for carrying out production scheduling management and control on the production field operation, a logistics simulation module which is used for establishing a logistics simulation model consistent with the production field operation according to the collected process action flow and the production process parameters, a communication module which is used for data communication between the logistics simulation module and the automatic management and control system. According to the present invention, the automatic management and control system can be virtually debugged under the conditionthat an actual operation scene is not built or the on-site debugging is limited, so that the on-site debugging time is greatly shortened; after the automatic management and control system is put intooperation, the on-site operation can be virtually displayed in real time through the simulation model, an operation index result is outputted in the simulation model in real time, the on-site operation conditions are counted and analyzed, and the operation completion conditions and indexes are predicted.

Description

technical field [0001] The invention relates to the field of electronics, in particular to a virtual debugging system and method for an automatic management and control system based on logistics simulation. Background technique [0002] With the development of society and the increasing cost of labor, more and more enterprises need to reduce production costs and improve their competitiveness. Due to such needs, automated management and control systems have been more applied and promoted. At the same time, with With the continuous maturity of technology, "unmanned" has become an irreversible trend of the times. Unmanned factories, unmanned warehouses, unmanned stockyards, and unmanned ports have emerged along with the trend. Automated control systems have been widely used in various fields of human society. [0003] However, the existing automation management and control system controls the "unmanned" operation site. During the implementation of the automation project, the a...

AI Technical Summary

Problems solved by technology

The current automation management and control system can no longer meet the needs of enterprise production. Continue a new technical means, which can not be limited to whether the construction of the production site is completed, and can be used for virtual commissioning automation when the actual operation scene has not been completed or the on-site commissioning is limited. Management and control system to shorten on-site commissioning time

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