CN112688819A - Comprehensive management system for network operation and maintenance - Google Patents
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Abstract
The invention discloses a comprehensive management system for network operation and maintenance, relates to the technical field of network operation and maintenance, and aims to solve the problems that the existing management system is difficult to find, diagnose and repair faults of a huge network system, does not have accurate data to carry out scientific fault analysis, and is time-consuming and labor-consuming when network equipment and a server are manually monitored. The monitoring management system comprises a data acquisition module, a data processing module and a data output module, wherein the output end of the data acquisition module is connected with the input end of the data processing module, the output end of the data processing module is connected with the input end of the data output module, the data acquisition module comprises configuration data acquisition, performance data acquisition and alarm data acquisition, the data processing module comprises configuration data conversion, event processing analysis and alarm analysis, and the data output module comprises a network topology diagram, real-time monitoring, statistical analysis, report analysis, event statistics, data release and alarm presentation.
Description
Technical Field
The invention relates to the technical field of network operation and maintenance, in particular to a comprehensive management system for network operation and maintenance.
Background
With the continuous deepening of the information-based construction in China, the investment of governments and enterprises and public institutions on the information-based construction is increased year by year, the network system is also large in scale, various service systems running on the network system are more and more, the network system increasingly becomes a main support platform for daily work of users, and all the work is completed through various network devices, servers and hosts, storage devices, network security devices, application systems and the like. Therefore, how to effectively manage and maintain the network system is directly related to whether the daily work and the business development of the user can be stably, reliably and orderly carried out. How to ensure the normal operation of the network system and how to realize quick response and proper treatment when the system fails to work, and the improvement of the service level of the whole network operation and maintenance become the primary work of the information department.
However, for a huge network system, the existing management system is not easy to find, diagnose and repair faults, does not have accurate data to carry out scientific fault analysis, manually monitors network equipment and servers, wastes time and labor, and therefore does not meet the existing requirements.
Disclosure of Invention
The invention aims to provide a comprehensive management system for network operation and maintenance, which aims to solve the problems that the existing management system proposed in the background art is difficult to find, diagnose and repair faults of a huge network system, does not have accurate data to carry out scientific fault analysis, and is time-consuming and labor-consuming when network equipment and a server are manually monitored.
In order to achieve the purpose, the invention provides the following technical scheme: a comprehensive management system for network operation and maintenance comprises a network comprehensive management server, a network management database and a monitoring management system, wherein the monitoring management system comprises a data acquisition module, a data processing module and a data output module, the output end of the data acquisition module is connected with the input end of the data processing module, the output end of the data processing module is connected with the input end of the data output module, the data acquisition module comprises configuration data acquisition, performance data acquisition and alarm data acquisition, the data processing module comprises configuration data conversion, event processing analysis and alarm analysis, and the data output module comprises a network topological graph, real-time monitoring, statistical analysis, report analysis, event statistics, data release, alarm presentation, configuration management and data mining;
the system comprises a performance data acquisition module, a performance monitoring module, a network baseline analysis module, a performance threshold value alarm module, a network performance comparison analysis module and a performance statistical analysis report module, wherein the performance data acquisition module is used for providing performance monitoring, network baseline analysis, performance threshold value alarm and network performance comparison analysis and providing a performance statistical analysis report required by a client;
the network topological graph provides network topology discovery, outputs the network topological graph, can dynamically reflect the change of network resources through the network topological graph, and can check the performance, events and related attribute information of the resources;
report analysis, wherein CCIE is regularly checked to provide related operation and maintenance reports, and a configuration management tool checks network configuration and provides optimization suggestions comprising network reports, database reports, host reports and event reports;
event statistics, namely providing event monitoring for a network of a client, and notifying in time through a short message mode after a fault occurs to provide an active fault solution mode for the client;
when a fault occurs, the system is represented by five colors of red, orange, yellow, pink and green and different icons according to different alarm severity levels;
and configuration management can be carried out on the network equipment host in a centralized manner and a remote manner.
Preferably, the performance data collection includes network device performance parameters, server performance parameters, and database performance parameters.
Preferably, the performance parameters of the network device include a router, a switch and a firewall, cpu of the network device, memory usage, ingress and egress traffic of each port, packet loss rate, packet error rate, bandwidth usage, and corresponding time information of the device, where the ingress and egress traffic of each port includes port ingress rate, port egress rate, port ingress unicast frame rate, port egress unicast frame rate, port ingress broadcast frame rate, and port egress broadcast frame rate, and the stability and jitter rate of the port communication link are detected, so as to discover system hidden troubles in time and ensure normal service.
Preferably, the server performance parameters include the utilization rate and the operation information of the cpu, the memory and the hard disk, and the operation application program and the related service information, such as application and service response time, system resource usage, self performance index and service availability, set a reasonable threshold value, and give performance early warning when the performance is out of range.
Preferably, the database performance parameters include basic parameters of a mainstream database, a file system, a tablespace, deadlock, SQL which consumes a large cpu, and SQL state information which occupies a long time.
Preferably, the basic parameters of the mainstream database include ORACLE, DB2, Sybase, SQLServer, Mysql.
Preferably, the monitoring management system comprises a monitoring management system 1, a monitoring management system 2, a monitoring management system 3, a monitoring management system 4 and a monitoring management system 5, the system provides a cluster cooperation deployment mode, data collected by multi-region and multi-machine cooperation is collected to one computer, and unified management and unified presentation are carried out on the system.
Preferably, the data acquisition module comprises a data acquisition host 1, a data acquisition host 2 and a data acquisition host 3, and a plurality of data acquisition hosts can be connected to one data processing module host.
Preferably, the network report includes a performance report, a problem report and an asset report, the performance report includes a device cpu, a device memory, a device performance, a line summary, a device availability, a line availability and a network patrol, the database report includes a table space utilization rate, a database connection event and a database connection number, the host report includes a basic performance, a process information, a software and hardware information, a disk volume information and a network interface information, and the event report is a fault condition according to a severity level, a position, a device fault detail and a device statistic.
Preferably, the alarm data collection includes an equipment alarm, an application service alarm, a performance alarm, a communication connection alarm, and a security management alarm, where the equipment alarm is an alarm directly from the equipment itself, the application service alarm is an alarm when a monitored key application service fails, the performance alarm is a triggered alarm when a certain performance index of the equipment exceeds a preset threshold, the communication connection alarm is a communication connection alarm of the equipment generated by the network management system when the certain equipment does not respond to the network management system for a certain duration, and the security management alarm is an alarm after violating a setting rule of the system for security management.
Compared with the prior art, the invention has the beneficial effects that:
1. the system provides a cluster cooperative deployment mode for users with huge monitoring quantity or crossing regions, collects data acquired by multi-region multi-computer cooperation to one computer, realizes unified management and unified presentation of the system, and meets the requirements of distributed deployment and centralized management of large-scale users to the greatest extent through cluster cooperative deployment.
2. The invention collects network management data through the data collection module and the interface of the managed system, and sends the network management data to the data processing module for data processing, the data processing module judges the data on one hand and sends the generated alarm information to the application output module, and on the other hand, the data processing module records the alarm information into the monitoring database, the data output module not only outputs the alarm information, but also outputs various monitoring views, and a plurality of data collection hosts can be connected to one data processing module host, thereby saving the deployment cost, improving the monitoring convenience of the system collection capability, saving time and labor.
3. Through the topological graph, a user can timely master and know the running state and the distribution condition of the network equipment, the running state, the link attribute, the link bandwidth and the current flow of the network equipment are visually presented on the topological graph, and the user can also effectively manage a topology discovery strategy.
4. By the data acquisition module of the highly integrated server management system, the key operation parameters of hardware such as CPU, memory, hard disk and network card of the server, and the operation conditions of the process, service, port and the like of software and application program, can monitor key parameters of the database, such as file storage space designed by a database system, utilization rate of system resources, configuration condition, current various resource conditions of the database, state of a monitoring database process, memory space occupied by the process, availability and the like, through data acquisition and analysis, the system can send an alarm to the fault events affecting the operation performance of the server in time, and corresponding fault handling measures are taken, normal and safe operation of the server is guaranteed, fault finding is convenient and quick, diagnosis and repair are facilitated, accurate data can be obtained, and scientific fault analysis is achieved.
5. The system provides various performance parameters and statistical reports, so that network management personnel can conveniently obtain various performance conditions, various operation analyses and performance analyses of the network and equipment, information management personnel can accurately evaluate the operation condition of the whole network environment according to the reports, fault hidden dangers and performance bottlenecks can be found as soon as possible, strategic help is provided for planning, capacity expansion and upgrading of the system, and a digital basis is provided for long-term planning of system management.
Drawings
FIG. 1 is a schematic diagram of the operation of the monitoring management system of the present invention;
FIG. 2 is a functional diagram of performance data acquisition according to the present invention;
fig. 3 is a schematic diagram of the network integrated management server according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
Referring to fig. 1-3, an embodiment of the present invention is shown: a is used for the network operation and maintenance to manage the system synthetically, including the network manages the server synthetically, network management database and control the management system, the control the management system includes the data acquisition module, data handling module and data output module, the output end of the data acquisition module is connected with input end of the data handling module, the output end of the data handling module is connected with input end of the data output module, the data acquisition module includes the data acquisition of disposition, performance data acquisition and warning data acquisition, the data handling module includes the data conversion of disposition, event handling analysis and warning analysis, the data output module includes the topological diagram of the network, real-time monitoring, statistical analysis, statement analysis, event statistics, data release, warning presentation, disposition management and data mining;
the system comprises a performance data acquisition module, a performance monitoring module, a network baseline analysis module, a performance threshold value alarm module, a network performance comparison analysis module and a performance statistical analysis report module, wherein the performance data acquisition module is used for providing performance monitoring, network baseline analysis, performance threshold value alarm and network performance comparison analysis and providing a performance statistical analysis report required by a client;
the network topological graph provides network topology discovery, outputs the network topological graph, can dynamically reflect the change of network resources through the network topological graph, and can check the performance, events and related attribute information of the resources;
report analysis, wherein CCIE is regularly checked to provide related operation and maintenance reports, and a configuration management tool checks network configuration and provides optimization suggestions comprising network reports, database reports, host reports and event reports;
event statistics, namely providing event monitoring for a network of a client, and notifying in time through a short message mode after a fault occurs to provide an active fault solution mode for the client;
when a fault occurs, the system is represented by five colors of red, orange, yellow, pink and green and different icons according to different alarm severity levels;
and configuration management can be carried out on the network equipment host in a centralized manner and a remote manner.
Further, the performance data collection includes network device performance parameters, server performance parameters, and database performance parameters.
Further, the performance parameters of the network device include a router, a switch and a firewall, cpu, memory usage rate of the network device, ingress and egress traffic of each port, packet loss rate, packet error rate, bandwidth usage rate, and corresponding time information of the device, where the ingress and egress traffic of each port includes port ingress rate, port egress rate, port ingress and unicast frame rate, port egress and unicast frame rate, port ingress and broadcast frame rate, and port egress and broadcast frame rate, and the stability and jitter rate of a port communication link are detected, so as to discover system hidden troubles in time and ensure normal service.
Further, the server performance parameters include the utilization rate and the operation information of the cpu, the memory and the hard disk, and the operation application program and the related service information, such as application and service response time, system resource usage, self performance index and service availability, set a reasonable threshold value, and give performance early warning when the performance is out of range.
Further, the database performance parameters comprise basic parameters of a mainstream database, a file system, a tablespace, deadlock, SQL which consumes a large cpu and SQL state information which occupies a long time.
Further, the basic parameters of the mainstream database include ORACLE, DB2, Sybase, SQLServer, Mysql.
Further, the monitoring management system comprises a monitoring management system 1, a monitoring management system 2, a monitoring management system 3, a monitoring management system 4 and a monitoring management system 5, the system provides a cluster cooperation deployment mode, data collected by multi-region and multi-machine cooperation are gathered to one computer, and unified management and unified presentation are carried out on the system.
Further, the data acquisition module comprises a data acquisition host 1, a data acquisition host 2 and a data acquisition host 3, and a plurality of data acquisition hosts can be connected to one data processing module host.
Further, the network report comprises a performance report, a problem report and an asset report, the performance report comprises a device cpu, a device memory, a device performance, a line summary, a device availability, a line availability and a network patrol, the database report comprises a table space utilization rate, a database connection event and a database connection number, the host report comprises a basic performance, a process information, a software and hardware information, a disk volume information and a network interface information, and the event report is a fault condition according to a severity level, a position, a device fault detail and a device statistic.
Further, the alarm data collection comprises an equipment alarm, an application service alarm, a performance alarm, a communication connection alarm and a safety management alarm, wherein the equipment alarm is an alarm directly from the equipment, the application service alarm is an alarm when a monitored key application service fails, the performance alarm is a triggering alarm when a certain performance index of the equipment exceeds a preset threshold, the communication connection alarm is a communication connection alarm of the equipment generated by a network management system when the certain equipment does not respond to the network management system for a certain duration, and the safety management alarm is an alarm after violating a setting rule of the system for safety management.
The working principle is as follows: when in use, the data acquisition module of the highly integrated server management system can monitor key operation parameters of hardware such as a CPU, a memory, a hard disk, a network card and the like of a server and operation conditions of processes, services, ports and the like of software and application programs, can monitor key parameters of a database, such as file storage space designed by the database system, the utilization rate of system resources, configuration conditions, current various resource conditions of the database, the state of the process of the monitoring database, the memory space occupied by the process, availability and the like, can send an alarm to fault events influencing the operation performance of the server in time through data acquisition and analysis, and adopt corresponding fault handling measures to ensure the normal and safe operation of the server, a plurality of data acquisition hosts can be connected to one data processing module host, the system provides a cluster cooperation deployment mode, and collects data cooperatively acquired by a plurality of regions to one computer, the system realizes unified management and unified presentation of the system, meets the requirements of distributed deployment and centralized management of large-scale users to the maximum extent through cluster cooperative deployment, acquires alarm or event information in real time by alarm data acquisition, such as cpu overload, insufficient memory, disconnection of a certain port of a switch, abnormal service operation state, abnormal service response time, equipment host resource parameters, port flow and port packet loss rate exceeding a preset threshold value, illegally uses IP alarm, events and alarms generated by network security equipment or the system, when a fault occurs, the system is represented by five colors of red, orange, yellow, pink and green and different icons according to different alarm severity grades, and through a topological graph, a user can timely master and know the operation condition and the distribution condition of the network equipment, and the operation condition, the distribution condition, the operation condition, the service condition and the service response time of the network equipment of the user are visually presented on the topological graph, The system comprises a topology discovery strategy management module, a topology discovery strategy management module and a topology discovery strategy management module, wherein the topology discovery strategy management module is used for managing topology discovery strategies of a topology discovery strategy, and the topology discovery strategy management module comprises a performance report, a problem report and an asset report, the performance report comprises a device cpu, a device memory, device performance, line summarization, device availability, line availability and network inspection, the database report comprises a table space utilization rate, a database connection event and a database connection number, the host report comprises basic performance, process information, software.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (10)
1. A comprehensive management system for network operation and maintenance comprises a network comprehensive management server, a network management database and a monitoring management system, and is characterized in that: the monitoring management system comprises a data acquisition module, a data processing module and a data output module, wherein the output end of the data acquisition module is connected with the input end of the data processing module, the output end of the data processing module is connected with the input end of the data output module, the data acquisition module comprises configuration data acquisition, performance data acquisition and alarm data acquisition, the data processing module comprises configuration data conversion, event processing analysis and alarm analysis, and the data output module comprises a network topological graph, real-time monitoring, statistical analysis, report analysis, event statistics, data release, alarm presentation, configuration management and data mining;
the system comprises a performance data acquisition module, a performance monitoring module, a network baseline analysis module, a performance threshold value alarm module, a network performance comparison analysis module and a performance statistical analysis report module, wherein the performance data acquisition module is used for providing performance monitoring, network baseline analysis, performance threshold value alarm and network performance comparison analysis and providing a performance statistical analysis report required by a client;
the network topological graph provides network topology discovery, outputs the network topological graph, can dynamically reflect the change of network resources through the network topological graph, and can check the performance, events and related attribute information of the resources;
report analysis, wherein CCIE is regularly checked to provide related operation and maintenance reports, and a configuration management tool checks network configuration and provides optimization suggestions comprising network reports, database reports, host reports and event reports;
event statistics, namely providing event monitoring for a network of a client, and notifying in time through a short message mode after a fault occurs to provide an active fault solution mode for the client;
when a fault occurs, the system is represented by five colors of red, orange, yellow, pink and green and different icons according to different alarm severity levels;
and configuration management can be carried out on the network equipment host in a centralized manner and a remote manner.
2. The integrated management system for network operation and maintenance according to claim 1, wherein: the performance data collection includes network device performance parameters, server performance parameters, and database performance parameters.
3. The integrated management system for network operation and maintenance according to claim 2, wherein: the network equipment performance parameters comprise a router, a switch and a firewall, the cpu, the memory utilization rate, the ingress and egress flow rate of each port, the packet loss rate, the packet error rate, the bandwidth utilization rate and the corresponding time information of the equipment, wherein the ingress and egress flow rate of each port comprises a port ingress rate, a port egress rate, a port ingress unicast frame rate, a port egress unicast frame rate, a port ingress broadcast frame rate and a port egress broadcast frame rate, the stability and jitter rate of a port communication link are detected, the hidden danger of a system is timely discovered, and the normal service is ensured.
4. The integrated management system for network operation and maintenance according to claim 2, wherein: the server performance parameters comprise the utilization rate and the operation information of the cpu, the memory and the hard disk, and the operation application program and the related service information, such as application and service response time, system resource use condition, self performance index and service availability, a reasonable threshold value is set, and performance early warning is given when the performance is out of range.
5. The integrated management system for network operation and maintenance according to claim 2, wherein: the database performance parameters comprise basic parameters of a mainstream database, a file system, a tablespace, deadlock, SQL which consumes a large cpu and SQL state information which occupies a long time.
6. The integrated management system for network operation and maintenance according to claim 5, wherein: the basic parameters of the mainstream database comprise ORACLE, DB2, Sybase, SQLServer and Mysql.
7. The integrated management system for network operation and maintenance according to claim 1, wherein: the monitoring management system comprises a monitoring management system 1, a monitoring management system 2, a monitoring management system 3, a monitoring management system 4 and a monitoring management system 5, the system provides a cluster cooperation deployment mode, data collected by multi-region multi-machine cooperation are gathered to one computer, and unified management and unified presentation are carried out on the system.
8. The integrated management system for network operation and maintenance according to claim 1, wherein: the data acquisition module comprises a data acquisition host 1, a data acquisition host 2 and a data acquisition host 3, and a plurality of data acquisition hosts can be connected to one data processing module host.
9. The integrated management system for network operation and maintenance according to claim 1, wherein: the network report comprises a performance report, a problem report and an asset report, the performance report comprises a device cpu, a device memory, device performance, line summarization, device availability, line availability and network inspection, the database report comprises a table space utilization rate, a database connection event and a database connection number, the host report comprises basic performance, process information, software and hardware information, disk volume information and network interface information, and the event report is a fault condition according to severity level, position, device fault detail and device statistics.
10. The integrated management system for network operation and maintenance according to claim 1, wherein: the alarm data acquisition comprises equipment alarm, application service alarm, performance alarm, communication connection alarm and safety management alarm, wherein the equipment alarm is directly from the equipment, the application service alarm is the alarm when the monitored key application service fails, the performance alarm is triggering alarm when a certain performance index of the equipment exceeds a preset threshold, the communication connection alarm is the communication connection alarm of the equipment generated by a network management system when the certain equipment does not respond to the network management system for a certain time, and the safety management alarm is the alarm after violating the setting rule of the system for safety management.
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| CN116389304B (en) * | 2023-04-12 | 2024-05-24 | 国网湖北省电力有限公司荆州供电公司 | SG-TMS-based network operation state trend analysis system |
| CN117407572A (en) * | 2023-12-15 | 2024-01-16 | 国网浙江省电力有限公司绍兴供电公司 | Fault information processing method and system for distribution network emergency integrated command |
| CN117407572B (en) * | 2023-12-15 | 2024-03-15 | 国网浙江省电力有限公司绍兴供电公司 | Fault information processing method and system for distribution network emergency integrated command |
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