CN107018026A - Automate main website network monitoring system - Google Patents

Abstract

The present invention is an automatic master station network monitoring system, the data acquisition module collects the automation system information in real time, the operation state of the master station equipment, the operation state of the secondary security equipment, and sends them to the automation system for modeling and online monitoring by regulating the message bus of the automation system The real-time library of equipment information and big data analysis platform of the module; the automation system modeling and online monitoring module performs equipment status information monitoring, fault warning, analysis, and alarm processing on the collected data, stores the data in the historical database, and establishes an automation master station The network health evaluation system manages equipment defects, and when evaluating the network health status of the automation master station, comprehensively evaluates the health status of the equipment based on the operating status of the equipment and combined with historical information. The present invention has the functions of real-time monitoring and abnormal state early warning, in order to improve the response and processing ability of abnormal events, and improve the level of operation and maintenance management.

Description

Automation Master Station Network Monitoring System

technical field

The invention relates to an automatic master station network monitoring system.

Background technique

At present, the monitoring function of the automation master station network is only to monitor specific objects. The monitoring scope is small, the content is simple, the functions are scattered, and the display methods are not uniform. It is impossible to conduct comprehensive monitoring, analysis, early warning and evaluation of the automation master station network.

Contents of the invention

The present invention aims at the problems existing in the above-mentioned prior art, and provides an automatic master station network monitoring system, which solves the problem that the monitoring system in the prior art cannot monitor, analyze, warn and evaluate comprehensively.

Technical scheme of the present invention is as follows:

An automated master station network monitoring system, including a data acquisition module, an automation system modeling and online monitoring module, and a big data analysis platform module; the data acquisition module collects automation system information, master station equipment operating status, and secondary security equipment operating status in real time , Send it to the equipment information real-time library and big data analysis platform of the automation system modeling and online monitoring module by regulating the message bus of the automation system; the automation system modeling and online monitoring module monitors the collected data for equipment status information and fault warning , analysis, alarm and other processing, store the data in the historical database, establish the network health evaluation system of the automation master station, and manage the equipment defects. Comprehensive assessment of health status.

The advantages and effects of the present invention are as follows:

Transform the operation and maintenance management of the automation master station network system from passive to active, so as to be controllable in advance; reduce the frequency and duration of faults, and improve the continuity of work; improve the utilization of network resources, and ensure the stable operation of the system. Reduce investment and maintenance costs. The specific advantages are as follows:

1. Centralized monitoring of network-wide alarms improves fault discovery capabilities, and transforms equipment alarm monitoring from decentralized and personalized monitoring to centralized and standardized monitoring. While reducing the workload of monitoring personnel, faults can be found in a timely and accurate manner.

2. Centralized monitoring of the equipment performance of the automation network master station, improving the ability to deal with hidden dangers, realizing the monitoring of equipment performance, port or link traffic, grasping the trend of network performance changes, and the overall operation of the network, proactively discovering performance degradation, and timely Solve hidden dangers and avoid failures.

3. Perform topology monitoring on the resources of the entire network, improve fault location and traceability capabilities, realize topology monitoring for the entire network, view key performance indicators or operating status of related equipment through the topology view, and visualize and quickly locate faults.

4. Centralized management of network-wide resources, providing decision-making basis for resource allocation optimization and resource utilization improvement, centralized management and maintenance of network-wide service platforms and equipment resource information, and comprehensive control of resource capacity, current utilization, and bearer control information And the corresponding change trends, while improving resource utilization, provide decision-making basis for the development policy formulation and resource allocation optimization of the automation master station.

Description of drawings

Fig. 1 is a system structure block diagram of the present invention.

Fig. 2 is a schematic diagram of the data flow of the present invention.

Fig. 3 is a schematic diagram of the alarm management process of the present invention.

detailed description

Example

As shown in Figure 1, an automated master station network monitoring system consists of three parts: data acquisition module, automation system modeling and online monitoring module, and big data analysis platform module. The data acquisition module collects the automation system information, the operation status of the main station equipment and the operation status of the secondary security equipment in real time, and sends them to the equipment information real-time library and big data analysis platform of the online monitoring module of the automation system through the message bus of the automation system. The online monitoring module performs equipment status information monitoring, fault warning, analysis, and alarm processing on the collected data, and stores the data in the historical database. Establish a network health evaluation system for the automation master station to manage equipment defects. When evaluating the network health status of the automation master station, comprehensively evaluate the health status of the equipment based on the operating status of the equipment and combined with historical information.

The data flow of the monitoring system of the present invention is shown in Figure 2. The equipment and logs upload data to the server, and the server sends the data to the database and the alarm determination module respectively. The query module performs data query, and the distributed database transmits the data to the big data analysis platform; the query module interacts with the separate book database and the front desk; and email alerts.

The alarm management process of the present invention is shown in Figure 3, the configuration policy module inputs information into the alarm data processing module and the configuration authority data module, the alarm data processing module inputs information into the alarm comprehensive display module, and the alarm comprehensive display module inputs information into the alarm upgrade module , an alarm notification module and a topology management module, the alarm notification module sends information to the alarm content query module and the alarm operation module, and the alarm operation module sends the information to the alarm statistical analysis module and the event management module supported by the service.

The technical framework of the present invention is as follows:

1. The system adopts B/S architecture, which enables the system to be used for business processing anytime and anywhere.

2. The message communication mechanism is adopted to ensure the real-time performance of data collection, processing and presentation.

3. The principles of ease of operation, robustness, practicality, efficiency and safety should be followed in design and development.

4. Support large-capacity data processing capabilities, support open standards such as J2EE and WebService, support secondary development and docking third-party system capabilities.

The functional architecture of the present invention is as follows:

Establish an automated master station network monitoring system that integrates data collection, data processing and data presentation. It is designed with a combination of modularization and object-oriented methods. It consists of the following parts:

1. Managed object layer: As the managed object layer, it is divided into platform equipment and other related applications. The platform includes hosts, networks, middleware, databases, etc., and other applications include processes, interfaces, and application software.

2. Data collection layer: In addition to providing collection and processing of management data such as configuration, fault and performance of the management object layer, it also includes interface adaptation of collection programs and collection strategy control.

3. Data processing layer: realize the processing of resource configuration information, alarm information, performance and business indicators, topology modules, etc.

4. Application display layer: Integrate various functional applications of the automation master station system, and provide display capabilities such as real-time alarm lists, real-time performance analysis, comprehensive reports, and monitoring views for system managers.

5. System interface service: manage the interface with the peripheral system.

The application embodiment of the comprehensive monitoring of the running state of the present invention is as follows.

1. Network topology monitoring

Realize the construction of the topological structure of all servers, workstations, switches, routers, isolation devices, firewalls, and clock devices in the first area, second area, and third area. And it can realize automatic discovery of devices such as servers and workstations.

2. Hardware device monitoring

Display the CPU usage (TOP3), memory usage (TOP3), disk usage (TOP3), network connections (TOP3), disk IO (TOP3), and network traffic (TOP3) and other hardware of all servers in the specified security partition The running state of the resource. At the same time, this function also displays the operating curves of hardware resources such as CPU, memory, disk, network connection, disk IO, and network traffic in the specified server node, as well as network traffic analysis of the specified server.

Claims (3)

1. A network monitoring system for an automated master station is characterized in that it comprises a data acquisition module, an automation system modeling and an online monitoring module, a big data analysis platform module; the data acquisition module collects automation system information in real time, master station equipment operating status, two The running status of secondary security equipment is sent to the equipment information real-time library and big data analysis platform of the automation system modeling and online monitoring module through the message bus of the automation system; the automation system modeling and online monitoring module performs equipment status on the collected data. Information monitoring, fault early warning, analysis, alarm processing, etc., store data in the historical database, establish a network health evaluation system for the automation master station, manage equipment defects, and evaluate the network health status of the automation master station. Historical information to comprehensively evaluate the health status of the equipment. 2. A kind of automatic main station network monitoring system according to claim 1, it is characterized in that data flow is as follows: equipment and log upload data to server, server sends data to database and alarm judgment module respectively, and database carries out data processing Data storage, at the same time for data acquisition by the distributed database and data query by the query module, the distributed database sends data to the big data analysis platform; the query module interacts with the separate book database and the front desk; the alarm judgment module sends the judgment results to Alarm module, the alarm module sends out alarms through pop-up windows, sounds, text messages and emails. 3. A kind of automatic main station network monitoring system according to claim 1, it is characterized in that the alarm management process is as follows: the configuration policy module inputs information into the alarm data processing module and the configuration authority data module, and the alarm data processing module inputs information into the alarm Comprehensive display module, alarm comprehensive display module inputs information to alarm upgrade module, alarm notification module and topology management module, alarm notification module sends information to alarm content query module and alarm operation module, alarm operation module sends information to alarm statistics analysis The incident management module supported by modules and services.