Warning detection method

Abstract

The invention discloses a warning detection method. The method includes the steps of building a self-processing task which can operate in a cyclic mode with a preset cycling interval as a cycle, wherein the self-processing task serves as a fault detection center; arranging a corresponding fault detection unit for each fault detection point in a system, wherein the fault detection units are used for carrying out fault detection of the corresponding fault detection point; determining a duration through a fault detection center according to cyclic operating frequency, and advising each fault detection unit to carry out fault detection on the corresponding fault detection point according to the detection cycle of each fault detection unit; receiving fault detection results reported by the fault detection units through the fault detection center, judging the current states of the fault detection points according to the fault state judgment conditions of the fault detection points, and warning a user when the current state of any fault detection point is faulty. According to the warning detection method, system performance can be improved.

Description

technical field [0001] The present application relates to fault detection technology, in particular to an alarm detection method. Background technique [0002] For the detection of real-time alarms, most of the existing technologies adopt a manner of separate detection and collective processing. Specific treatment such as figure 1 Shown: [0003] 1. Each functional module detects its related faults regularly through the timing system, and reports to the fault management center through a unified interface; [0004] 2. The fault management center handles faults uniformly and presents them to users through alarms. [0005] The above real-time alarm detection method has the following problems: [0006] 1. Due to the large number of detection points, the detection of a large number of real-time alarms exists, and different alarm detection mechanisms are different. Therefore, a large number of timers (at least one for each detection point) need to be enabled in the system, and...

AI Technical Summary

Problems solved by technology

[0009] 3. Alarm detection is distributed in different modules, and the detection mechanisms are different, so it is difficult to unify

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