Monitoring system of monitoring system memory database and monitoring method thereof

Abstract

The invention provides a monitoring method for monitoring system memory database, which is characterized by comprising the following steps: (1) the structure of a monitoring report is defined; (2) a generation module is created for the memory database; (3) a monitoring range is configured through an application interface, and the generation module automatically generates a corresponding monitoringmodule; (4) a monitoring module is created for the memory database; (5) and the monitoring module generates a monitoring report when monitoring the data change of the memory database, and the application interface publishes the monitoring report and submits the monitoring report to an application program for processing as required. The method can avoid the cost caused by regularly inquiring the memory database, enhance the operation efficiency of the system and monitor the entire database with high efficiency; the monitoring range is configured by the application interface so as to enhance the flexibility; and all monitoring modules can be automatically generated so as to greatly reduce the work load for maintaining the monitoring modules.

Description

technical field [0001] The invention relates to a monitoring system memory database monitoring system and a monitoring method thereof, belonging to the technical field of automatic control. Background technique [0002] In the monitoring system, the number of monitored devices is large and there are many types. The state quantities used to describe these devices are mapped to the data in the memory database, making the data in the memory database complex and closely related to each other. When monitoring such an in-memory database, the scale of the in-memory database and the operating efficiency of the system must be considered. A common practice is to limit the scope of monitoring, that is, monitor all operations on critical data or monitor some important operations on more data. This will inevitably lead to the loss of monitoring efficiency or monitoring coverage. [0003] A typical example is the comprehensive monitoring system of rail transit in the field of real-time ...

AI Technical Summary

Problems solved by technology

For the huge in-memory database of the rail transit integrated monitoring system, whether it relies on timing query or mutual coordination between upper-level applications to achieve monitoring, it will add a lot of unnecessary overhead and affect the efficiency of system operation

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