Next Generation Network (NGN) has drawn great attention by the researchers and telecommunication industries as the future generation in the communication technologies and services. The interest covers all aspects on N...Next Generation Network (NGN) has drawn great attention by the researchers and telecommunication industries as the future generation in the communication technologies and services. The interest covers all aspects on NGN from the global standards, architecture and services. The management of services provided in the NGN environment has posed great challenges due to the heterogeneity of the service protocols, service requirements and specifications and service functionalities. The research proposes enhancement of the automated service management through embedding the semantic service descriptions that can be referenced to the service ontology for service creation and management into the Next Generation Network, which will become Semantic Next Generation Network (SNGN).展开更多
SECI Model has been predominantly used by researchers as a framework for analyzing knowledge creation and knowledge sharing. It generalizes the application of the framework such that it is useable for various industri...SECI Model has been predominantly used by researchers as a framework for analyzing knowledge creation and knowledge sharing. It generalizes the application of the framework such that it is useable for various industries and disciplines such as in education, manufacturing, software development, finance, business and others. Its popularity has gained interest among re-searchers who explored the possibility to implement SECI model in computational environment. This paper presents the monolithic system that was designed and built to allow the SECI model activities to be performed in a full manner in a single platform. SECI model activities are studied and summarized to grasp the perceptions of the researchers of what are the activities that are classified under each SECI model phases. Based on these activities, we identified some selected activities to demonstrate the possibility of implementing the SECI Model in our KFTGA system. KFTGA (Knowledge Flow Tracer and Growth Analyzer) is a knowledge sharing platform that was built to support SECI Model activities.展开更多
文摘Next Generation Network (NGN) has drawn great attention by the researchers and telecommunication industries as the future generation in the communication technologies and services. The interest covers all aspects on NGN from the global standards, architecture and services. The management of services provided in the NGN environment has posed great challenges due to the heterogeneity of the service protocols, service requirements and specifications and service functionalities. The research proposes enhancement of the automated service management through embedding the semantic service descriptions that can be referenced to the service ontology for service creation and management into the Next Generation Network, which will become Semantic Next Generation Network (SNGN).
文摘SECI Model has been predominantly used by researchers as a framework for analyzing knowledge creation and knowledge sharing. It generalizes the application of the framework such that it is useable for various industries and disciplines such as in education, manufacturing, software development, finance, business and others. Its popularity has gained interest among re-searchers who explored the possibility to implement SECI model in computational environment. This paper presents the monolithic system that was designed and built to allow the SECI model activities to be performed in a full manner in a single platform. SECI model activities are studied and summarized to grasp the perceptions of the researchers of what are the activities that are classified under each SECI model phases. Based on these activities, we identified some selected activities to demonstrate the possibility of implementing the SECI Model in our KFTGA system. KFTGA (Knowledge Flow Tracer and Growth Analyzer) is a knowledge sharing platform that was built to support SECI Model activities.
