Distributed equipment monitor management method, equipment and system

Abstract

The invention provides a distribution device detection management method, a relative device, and a relative system, wherein one server detected by back end is used to detect a plurality of object devices divided into a plurality of groups, while each group has one object device as head, and the left object devices as members, receiving part or whole state information of the whole group from the group head or receiving the state information from one member, responding the received state information of the member, to select part of detected devices from the device groups, to form a new group, and sending the information of the new group to the head of the new head.

Description

technical field [0001] The invention relates to the field of distributed equipment monitoring, in particular to a distributed equipment monitoring management method, equipment and system. Background technique [0002] In a distributed asset monitoring and management system, the monitored or managed assets require the back-end monitoring server to know the status of the asset and track its status. For example, in asset management applications, large-scale monitored devices need to report their status information to the monitoring server, so that the monitoring server can perform data analysis and asset management and maintenance applications; in RFID and radio frequency card-based solutions, the server uses It is used to collect the information of the radio frequency card and the tag transmitted by the card reader; in the application of software upgrade, the client needs to send the version information of the installed software, even detailed sub-module status information and...

AI Technical Summary

Problems solved by technology

But this technical scheme has such two shortcoming: (1) because the time of accessing each monitored device is determined by the server, when an emergency occurs in the monitored device of the client, the monitored device cannot notify the server in time The status of the monitored equipment, for example, when the UPS is powered off, the monitoring server needs to be notified immediately, and this technical solution cannot meet this requirement

In this technical solution, an RMON monitoring device is usually added at the router or hub as the group leader. Since the grouping is fixed, that is, the members of each group are fixed, the group leader directly reports the status information of the whole group To the server, although the message flow to the back-end monitoring server is reduced, which overcomes the first shortcoming in the first technical solution and can achieve a certain degree of load balancing, however, this technical solution brings the following disadvantages : If the group leader fails in a group, the back-end monitoring server will not be able to obtain the monitored device status information of the whole group, which makes the solution very unreliable

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