Method for implementing universal message bus based universal service system structure

Abstract

The present invention relates to an implementation method of the common operation system architecture based on common information bus, the operating procedures are as follows: (1) the USSA consists of an application layer component, a common information bus component and a basis layer component, the distribution interaction and the distribution disposing function of each component is realized by the common information bus subassemblies; (2) the components are classified to three layers from the inner functions: a communication link layer, a common information distribution layer and a common information processing layer; the interaction integration between the subassemblies employs the conversation mode of the common information bus format; (3) the global configuration files are composed, the configuration proposal of the USSA system is designed, the components on the operation system are physically deployed, and a function entity table, a subnet table and a link connecting table of the architecture system are hereby constituted; (4) when a new service is added, the arranged subassemblies classifying method and disposing method are used for constituting and disposing the components of the new service. The method can generate a plurality of telecommunication services fast and flexibly and has good reusability, openness and compatibility.

Description

technical field [0001] The present invention relates to a method for realizing a general system of telecommunication services, to be precise, to a method for realizing a general service system architecture based on a general message bus for unified communication between component processes, belonging to computer software, especially large-scale telecommunications Business software technology field. Background technique [0002] The openness and diversity of telecommunication services are important features of the next generation network. In order to enable the service to reflect these characteristics, the implementation method of the system architecture of the service provision system or platform is very critical. At present, the main technologies in this area include: Open Service Access (OSA) and Parlay X architecture jointly proposed by the international organization 3GPP / ETSI / Parlay Group, and OMA Service Environment (OSE) proposed by the international organization OMA....

AI Technical Summary

Problems solved by technology

These current products lack effective common bus / middleware and other specific implementation technologies, so they are only conceptual product systems

In addition, Nokia's Service Delivery Framework (SDF) uses a Web Service-based Service-Oriented Architecture (SOA) bus, so it is difficult to overcome the inherent inefficiency of Web Service; ZTE's Service Delivery Platform (SDP) uses OSAAPI and Parlay X As an internal and external interface, and these two technologies are implemented based on two middleware, CORBA and Web Service, so it is difficult to overcome the inherent inefficiency and expensive shortcomings of CORBA and the inherent inefficiency of Web Service

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