Communication method of management platform and robot software and related equipment

Abstract

The embodiment of the invention belongs to the technical field of artificial intelligence, and relates to a communication method of a management platform and robot software and related equipment thereof, which comprises the following steps: setting a distributed message queue, a first distributed cache and a resful interface between the management platform and the robot software; setting a seconddistributed cache between the management platform and the first database; and collecting communication data between the management platform and the robot software, storing the high-frequency data to the first distributed cache, and storing the common data to the second distributed cache. Determining a data transmission mode according to a calling party and a calling purpose when a resful interfaceis requested to be called; and when the data in the first database is requested to be acquired, firstly acquiring the corresponding data from the second distributed cache and then acquiring the corresponding data from the first database. Wherein the communication data between the robot software and the management platform can be stored in the blockchain node. The interaction pressure between themanagement platform and the robot software is reduced, and the interaction speed is increased.

Description

technical field [0001] This application relates to the field of artificial intelligence technology, in particular to a communication method between a management platform and robot software and related equipment. Background technique [0002] With the development of computer AI technology, automated robot software has been rapidly and widely used in recent years. Automation software improves the efficiency of production and operation of enterprises and saves more time and cost, and is favored by enterprises. [0003] However, the management ability of the automation robot software itself is weak, and it can only provide simple support, with limited flexibility and difficult management. The existing management platform has the problem of insufficient flexibility. When the number of automated robot software managed is large, the interaction speed between the automated robot software and the management platform will be insufficient, and timely and effective scheduling cannot be...

AI Technical Summary

Problems solved by technology

[0003] However, the management ability of the automation robot software itself is weak, it can only provide simple support, the flexibility is limited, and it is difficult to manage

The existing management platform has the problem of insufficient flexibility. When the number of automated robot software managed is large, the interaction speed between the automated robot software and the management platform will be insufficient, and timely and effective scheduling cannot be performed. The perfect communication framework and Interaction is particularly important

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