JMX based network service management method and its application system

Abstract

Using administrator - agent mode, the system can carries out distribution type management for multiple telecom services and service capabilities across platforms. Logging on management center (MC) in the method, management terminal (MT) configures global basic settings of system. Being registered on MC, agent of MC is managed by MC. Based on command of MT, MC carries out managing one or more functions of resources of each server in system by calling each agent of MC. Based on call from MC, each agent of MC executes managing operations, and feeds back accomplishing situation to MT. MC is possible to be integrated to application system in third party. Application system includes MC, MC of application system in third party, at least one agent of MC, and at least one MT. Advantages are: supporting multiple kinds of user interface, and unified charging for services.

Description

technical field [0001] The invention relates to the operation, maintenance and management technology of telecommunication network services, in particular to a network service system based on Java Management Extensions (JMX, Java Management Extensions) and its implementation method. Background technique [0002] Most value-added services in the telecommunications field are provided by intelligent networks. Although the intelligent network separated the provision of value-added services from the basic network and made significant contributions in the era dominated by voice services, the intelligent network architecture has many defects that are difficult to overcome, mainly including: [0003] 1) It is difficult to realize cross-network business [0004] In recent years, relevant research institutes have proposed some solutions (such as Internet Engineering Task Force (IETF, Internet Engineering Task Force) for the interconnection of intelligent network and Internet services)...

AI Technical Summary

Problems solved by technology

Although the intelligent network defines several reusable service independent function blocks (SIB, Service Independent Block), the SIBs of different manufacturers cannot be used universally, and the service development and provision cannot be truly independent of the intelligent network platform, let alone customization Customization, therefore, services can only be developed by operators or even equipment suppliers themselves

[0007] 3) It is not conducive to the provision of various services

[0008] The closed structure of the intelligent network makes it only suitable for supporting traditional telecommunication services, but it is very difficult to support services that log in to the network in different ways through electronic products such as desktop computers, portable computers, and personal digital assistants.

[0009] 4) High operating costs and inconvenient use

This will not only increase the cost of operation and management, but also cause inconvenience for users who need to log in separately to use different services

Images