A method and device for comprehensive monitoring and automatic emergency decision-making processing in a decentralized computer room

Abstract

The invention discloses a method and device for comprehensive monitoring and automatic emergency decision-making processing of a decentralized computer room, which adopts the existing mature network connection interruption detection technology, information display equipment, power failure monitor, uninterruptible power supply, short message server, and short message receiving Equipment, etc., through the design of information technology and hardware equipment, integrated comprehensive monitoring and automatic emergency decision-making process, so as to realize real-time monitoring of the working status of servers and network equipment in the distributed computer room. If a failure is found at the computer room layer, fault decision-making Analyze and process, classify various fault information, carry out emergency treatment, send short messages to relevant personnel, and send the operating status of all devices to devices that support display functions for display. The present invention is to be applied to comprehensive monitoring and automatic emergency decision-making processing of distributed computer rooms.

Description

technical field [0001] The invention relates to a comprehensive monitoring and automatic emergency decision-making processing method and device for a distributed computer room. Background technique [0002] With the comprehensive development of the computer industry, most enterprises and institutions have implemented information office. Due to the continuous expansion of the information system business, it is necessary to continuously increase the investment in system hardware and ensure sufficient network transmission bandwidth, so more and more server resources and computer room space are needed. Many enterprises and institutions disperse servers and network equipment in different locations. Locations and different computer rooms, so the centralized and comprehensive monitoring and management of distributed computer rooms is becoming more and more important. For the traditional distributed computer room monitoring mechanism, some of them use manual timing inspection mecha...

AI Technical Summary

Problems solved by technology

For the traditional distributed computer room monitoring mechanism, some of them use manual timing inspection mechanism, which requires a lot of manpower and cannot guarantee that the fault will be found in the first place

Others adopt the traditional automatic monitoring system. The system automatically monitors and provides fault information, and notifies the on-duty personnel to deal with it through SMS or email. However, due to power failures, network failures, system hardware failures, etc. Types of faults, and for multiple computer rooms distributed in different locations in a distributed computer room, the location of the fault and the physical location of the computer room also have a certain correlation. The traditional automatic monitoring system cannot classify various fault information, cannot distinguish the severity of the fault, and cannot Combining the fault category information and physical location information in the computer room for comprehensive processing, the system itself has no fault handling and automatic emergency decision-making capabilities. It can only rely on the on-duty personnel to make decisions, then report to the relevant leaders for decision-making, and then notify the relevant engineers to fix the fault. processing; and the traditional automatic monitoring system generally relies on a single monitoring server to provide monitoring functions, and a single SMS server provides an alarm function. When the monitoring server and the SMS server themselves fail, they cannot continue to work

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