The Research On Automatic Interaction Between Knowledge Component Driven By Ontological Coordination Media

With the arise of knowledge network in 21 century, knowledgesharing and knowledge reuse has become a new research in the field ofknowledge and information. The curial problem of developing reusableknowledge system lies on how to releasing the interaction between theknowledge components. However, the models on developing knowledgesystem almost accept "assumption" to release those interactions. Thus,automatic interaction can not be acquired completely. This paper believethat that reason is inherent defect in conceptive modeling of reusableknowledge system. Thus, this paper introduces the coordination model ofdistributed software engineering to knowledge engineering. On the basisof conceptive modeling method of reusable knowledge system, this paperprovides the concept of ontological tuple space, and researches theimpelling action of filed knowledge component, task component andproblem solving component on releasing reusable knowledge system. So,this paper provides a new explore on the automatic interaction betweenknowledge component.Firstly, this thesis applies ontological tuple model in reusableknowledge system, and provides an automatic interaction betweenknowledge components. According to this evident, a triple-layer modelon the interactions is provided. In subsequence, ontological tuple space issplit into two parts. One assumes interaction medium of Task-PSMinteraction. The other is the interaction medium of PSM-field ontology.Subsequently, the semantic interoperations oriented on knowledgecomponent undertaken by the mediums.Secondly, this paper provides an idea on taking ontological tuplespace as interaction medium of reusable knowledge system. Incorporatedto the sharing ontology achieved by knowledge acquiring method ofconceptive modeling in reusable knowledge system, ontological tuplespace is taken as the interaction assumer in reusable knowledge system.Finally, the interface, communication protocol in the system isdesigned. The solution of emulation shows it feasible ontological tuplespace apply to the interaction between the knowledge component inreusable knowledge system.