A one-button automatic inspection method applied to online inspection

Abstract

The invention relates to the field of education, in particular to a one-key automatic inspection method applied to online inspection. The method specifically comprises the following steps: step 1, creating an inspection plan; step 2, executing an inspection plan, and writing the module fault into a fault information table; and step 3, processing an inspection result, and carrying out fault analysis and processing according to the fault information table. According to the invention, a lot of original manual inspection, analysis and comparison operations are simplified into automatic completionof the system, so that the working efficiency and quality of online patrol operation and maintenance management personnel are greatly improved.

Description

technical field [0001] The invention relates to the field of education, in particular to a one-key automatic inspection method applied to online inspection. Background technique [0002] One-button automatic inspection technology is used in industries involving a large number of equipment operations, such as telecom operators (including telecom, mobile, China Unicom), radio and television, and water companies, etc., to use automatic inspection technology to detect the daily working status of equipment. This technology is quite Mature automatic inspection technology, in which the key processes are basically the same, the difference is: the application of the industry system is different; the equipment for the inspection is different; the specific inspection indicators or parameters are different. [0003] Existing online inspection systems use the operation interface provided by the equipment manufacturer to check the working status of the platform server (such as CPU, memory...

AI Technical Summary

Problems solved by technology

[0003] Existing online inspection systems use the operation interface provided by the equipment manufacturer to check the working status of the platform server (such as CPU, memory occupancy, etc.), the working status of the storage server (such as online status, CPU, memory occupancy, hard disk space occupancy, etc.) , hard disk work or fault status, etc.), the working status of the camera (such as online status, video status, etc.) is manually checked, resulting in low work efficiency and high work error rate.

The main reason for this situation is that the online inspection systems provided by various manufacturers are mainly to ensure that images can be streamed and displayed during the exam, and they do not focus on optimizing working methods and improving work efficiency. Although the system has been developed for more than ten years, most of the equipment inspection work is still carried out manually.

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