Edge computing task processing and scheduling method and device in industrial Internet environment

Abstract

The invention discloses an edge computing task processing and scheduling method and device in an industrial Internet environment, and the device comprises the steps that an information feedback modulecollects periodic broadcast information of a base station associated with each set user equipment UE in a target region and transmits the periodic broadcast information to an information analysis andprocessing unit, a terminal equipment monitoring unit collects or receives the monitoring information of each UE and sends the monitoring information to the information analysis and processing unit,an information monitoring module collects real-time parameter data of each UE and sends the real-time parameter data to a heterogeneous data processing unit, a service priority processing unit and a terminal equipment monitoring unit, the information analysis and processing unit generates a state feedback result corresponding to the UE according to the received information and sends the state feedback result to the information feedback module and an equipment flow overall scheduling module, and a scheduling module generates an overall resource scheduling instruction according to the state feedback result and the feedback information of a task unloading decision unit, sends the overall resource scheduling instruction to each MEC through the information feedback module, and sends the condition information of the MEC to the task unloading decision unit.

Description

technical field [0001] The invention belongs to the technical field of industrial Internet, and in particular relates to a method and device for edge computing task processing and scheduling in an industrial Internet environment. Background technique [0002] At present, the isolation of technical system and network structure in the factory network has caused many obstacles to the communication between the IT system and the production site. First, the technical standards of the industrial control network and the factory information network are different, making it difficult to integrate and interoperate. Second, there are a large number of "information dead ends" in the entire process of industrial production, and it is urgent to achieve full network coverage. The third is that the static configuration and rigid organization of the factory network are difficult to meet the needs of future user customization and flexible production. The connection factory initiative hopes t...

AI Technical Summary

Problems solved by technology

First, the technical standards of the industrial control network and the factory information network are different, making it difficult to integrate and interoperate

Second, there are a large number of "information dead ends" in the entire process of industrial production, and it is urgent to achieve full network coverage

Third, the static configuration and rigid organization of the factory network are difficult to meet the needs of future user customization and flexible production

It can be seen that the traditional edge computing resource scheduling algorithm is not designed specifically for the characteristics of the industrial Internet environment, but only limited to the scheduling between existing nodes.

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