Edge computing system based on online configuration and dynamic configuration file issuing

Abstract

The invention discloses an edge computing system based on online configuration and dynamic configuration file issuing. The system comprises an SaaS platform, an edge end and a cloud end, wherein the output end of the SaaS platform is connected with the edge end, the output end of the edge end is connected with the cloud end, a user of the SaaS platform can register an account, add equipment, a protocol, equipment attributes, a configuration graph and the like on the SaaS platform, and after the user finishes configuration, the SaaS platform can be issued to the corresponding edge end by one key; an SaaS platform is provided; a user can register an account, add equipment, a protocol, equipment attributes, a configuration graph and the like on the system; after the user finishes configuration, the configuration file can be issued to the corresponding edge end by one key, data synchronization between the cloud end and the edge end is realized, the edge end stores the configuration file firstly, and the user can manually operate the solution of updating, online configuration, issuing synchronization, synchronous record query and historical version rollback of calculation program configuration files at any time.

Description

technical field [0001] The present invention relates to an edge computing system, in particular to an edge computing system based on online configuration and dynamically delivering configuration files. Background technique [0002] Before the edge computing program is started, the corresponding parameter items must be configured first, so that the corresponding logic and process can be executed normally after it is started. However, if the number of parameter items is large, the operation of the overall configuration will become complicated, especially under the operating conditions of a small screen and a single-touch screen, the configuration work will become more difficult. Taking the air compressor joint control system as an example, the configuration items include the device list, the topology relationship of each device, the joint control mode, the joint control parameters, and the condition warning. It takes a lot of time to configure parameters, which is inefficient...

AI Technical Summary

Problems solved by technology

It takes a lot of time to configure parameters, which is inefficient and requires high staff. At the same time, staff must be on site, which results in high labor costs.

Since the configuration data is all at the edge, it is inconvenient for remote troubleshooting

At present, in order to solve the problem of cumbersome configuration in the industry, most configurations are fixed in the program, which not only reduces the versatility of the program, but also limits the application adaptability in different scenarios

At the same time, due to the difficulty of configuration on a small screen, such a system often has problems such as relatively simple display and insufficient information

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