A semantic telecommunication network capability service gateway component, network system and work method

Abstract

The invention discloses a gateway component, a network system and a working method of semantic telecom network capacity service, wherein, the gateway component consists of a semantic telecom network capability service gateway and a knowledge base of ontology which consists of a telecom service field ontology and a telecom network capability service application ontology, and the network capacity service gateway comprises three components: a telecom network capacity service semantization describing module, a telecom network capacity service WSDL describing module and a logic implementation module. The network system comprises a semantic telecom network capacity service gateway of a service provider, an application program or intelligent agent of a service requester, a semantic Web service registering management center which is used as a managing and controlling platform of the semantic telecom network capacity service and a knowledge base of ontology which supports the working of the network system. The invention leads the next generation of the techniques such as 3G, NGN, 4G, etc to provide semantic telecom network capacity service and lays a foundation for achieving the service integration of telecom network and internet and the telecom service intellectualization in a semantic level.

Description

technical field [0001] The invention relates to a semantic telecommunication network capability service gateway component, a network system and a working method, and belongs to the technical field of telecommunication service networks. Background technique [0002] Service intelligence is one of the focuses of the technical development of the next generation network (including 3G, NGN, 4G, etc.). The intelligent business platform can capture the user's environment information and personal attribute data in real time according to the user's request, and perform intelligent reasoning based on the business context to meet the individual needs of the user. The business model will gradually transition from the current "human-human" and "human-machine" interaction to the "machine-machine" business model based on intelligent agents. Intelligent agents can understand the needs of users, and then search and combine And execute the business that satisfies the conditions to serve user...

AI Technical Summary

Problems solved by technology

However, the ontology description language OWL-S of Semantic Web Services only defines a general service ontology description framework. If it is aimed at services in specific fields, there are two disadvantages as follows: ① The semantic Web service ontology description framework of OWL-S does not Support the description of domain service characteristics

②Because OWL-S does not involve the concept of ontology knowledge related to specific domain services, it cannot accurately describe domain services at the semantic level

For example, the semantic description of telecommunication network capability services needs to involve ontology knowledge concepts related to the telecommunication business domain, while OWL-S does not involve ontology knowledge related to these fields, so it cannot accurately describe telecommunication network capability services at the semantic level

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