A cluster multi-link node monitoring system for earthquake industry

Abstract

The invention relates to an earthquake industry cluster multi-link node monitoring system, wherein a monitoring main service layer comprises a database module, a monitoring component module and a notification component module; the monitoring component module is responsible for collecting and processing monitoring data; the notification component module is responsible for feeding back information; the database module is responsible for storing monitoring and alarm logs; a monitored node layer is a host computer or a server in a cluster and comprises a monitoring plug-in module and an event plug-in module; the monitoring plug-in module performs communication with the monitoring main service layer through a safety communication protocol; the event plug-in module is used for monitoring a command of the monitoring main service layer, and once the monitoring main service layer sends a control command, the event plug-in module allows a monitored node to execute the command and feeds an execution result back to the monitoring main service layer through the monitoring plug-in module. By the adoption of the earthquake industry cluster multi-link node monitoring system provided by the invention, a fault notification of a device can be obtained at the first time, and management staff can know the status of the device in time, position a fault target and improve working efficiency.

Description

technical field [0001] The invention relates to the technical field of cluster node monitoring, in particular to a cluster multi-link node monitoring system for the earthquake industry. Background technique [0002] Seismological departments of all provinces and cities in the country have deployed earthquake monitoring equipment in their respective jurisdictions, including data collectors, geoelectric observation instruments, geomagnetic observation instruments, servers, routers, etc. The operation and maintenance of these equipment has become an extremely important part of the earthquake monitoring business. Whether the equipment status is normal or not determines whether the earthquake monitoring data can be transmitted to the center normally, timely and accurately for earthquake analysis, monitoring and forecasting. In addition, there are nearly a hundred servers and network equipment in the computer rooms of the earthquake bureaus of various provinces and cities, which g...

AI Technical Summary

Problems solved by technology

In addition, there are nearly a hundred servers and network equipment in the computer rooms of the earthquake bureaus of various provinces and cities, which guarantee the daily work of all staff and the monitoring, forecasting and analysis of earthquakes. Seismic measurement and other software will not work normally, which will inevitably have a huge impact on earthquake monitoring, forecasting and analysis.

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