An IMS full-service network monitoring intelligent operation and maintenance support system based on big data analysis

Abstract

The invention discloses an IMS full-service network monitoring intelligent operation and maintenance support system based on big data analysis, and the system comprises a processor which receives resource management data, service acceptance data, signaling monitoring data, and alarm monitoring data collected by a data collection end, and carries out analysis, storage, and display; the processor comprises an IMS operation, maintenance and monitoring module, a resource management and overhead account module, a key extension monitoring guarantee module, a visual monitoring module, a system management module and a statistical analysis module. The method has the advantages that integrated, intelligent and automatic operation and maintenance management of all devices and terminals of the IMS exchange network is achieved, a user real-name system is achieved, the operation and maintenance work efficiency and the operation safety and reliability of the IMS exchange network are improved, and better technical support is provided for operation and maintenance and management of electric power communication.

Description

technical field [0001] The invention relates to an IMS full-service network monitoring intelligent operation and maintenance support system based on big data analysis. Background technique [0002] With the continuous development of IP and other packet technologies, program-controlled switching equipment based on circuit switching technology gradually faces the problem of technological evolution. The switching network of the State Grid Corporation of China is also facing the problem of network transformation. It is necessary to design a switching network with advanced technology, rich services, controllable costs, and convenient operation and maintenance as the direction of network evolution. Come challenge. IMS (IP Multimedia Subsystem, IF Multimedia Subsystem) is a next-generation network (NGN) switching technology that appeared successively after circuit switching technology, and is one of the current mainstream switching technology systems. As a brand-new multimedia se...

AI Technical Summary

Problems solved by technology

[0004] (1) IMS core network user account opening configuration is complex, involving the operation and configuration of multiple network elements in the core network; in addition, with the expansion of business scope, in order to meet the rapid opening of services of each access unit, it is inevitable to face some network management functions of the core network The issue of rights and domain management, on the one hand, the IMS core network management rights and domain capabilities are not flexible enough, on the other hand, the network management rights of the core network are directly distributed, and there are certain operational risks

[0005] (2) IMS switching network access network equipment (such as IAD, AG, IP-PBX) will involve multi-manufacturer brand equipment, the number of equipment is large (about 50 IAD equipment for every 10,000 users), and there is no unified network management, only Log in one by one through the web page to monitor, maintain and configure data, which is cumbersome and time-sensitive

[0006] (3) IMS core network equipment involves many network elements, complex networking methods, and numerous system alarms, signaling and other messages

In addition, the IMS switching network involves many aspects such as core network equipment, access network equipment, core network networking equipment, IP bearer network equipment, etc., and the complexity of operation and maintenance is relatively high. The comprehensiveness of the technology is high, and there is no unified monitoring and management platform and cross-disciplinary management issues; there is a lack of automated inspections, alarms, and auxiliary fault analysis tools, and the efficiency of manual query operation and maintenance is low

[0007] (4) The operation and maintenance number resources, user information and configuration information management of the headquarters switching system lack information support means, and the work efficiency of resource management, configuration management and statistical analysis is not high

In addition, the lack of traffic statistics and other capabilities

[0008] (5) Switching network management has always lacked detection and assurance methods for the terminal level

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