Study On The Multidisciplinary System Integration Method Based On The Semantic Bill Of X

In the novel ICT (Information Communication Technology) integration environment,methods, date, resources and capacities from different domains and disciplines were combined tosolve a complex problem. The disciplinary integration and service collaboration become aresearch hotpoint. According to a specific multidisciplinary integration task requirement, thereare three key issues to be concerned:(1) Effectively eliminating or avoiding the system elements heterogeneity, system structurecomplexity and business logics inconsistency of the different domain systems to construct anInteroperability mechanism.(2) According to the specific multidisciplinary service demand, dynamically designing,organizating and reconstructing the mass, disorder system elements, to construct an orderingmechanism for the multidisciplinary system.(3) Abstracting the system structure and operation mode, then representing, reasoning andfinding knowledges to constructing the intelligent and collaborative decision-makingmechanism.To resolve the above three key issues, this dissertation proposes the Semantic Bill of X-based multidisciplinary integration method. The main contents and possible significantcontributions of this dissertation are:(1) Proposing Multi-S-BOX (Multidisciplinary Semantic Bill of X Space) Model. Accordingto the multidisciplinary service demand, to achieve system elements integration and serviceon-demand, the theories of Space Mapping, System Engineering, Semantic Web, Bill of X arecombined to propose the Mult-S-BOX model, which is a synthetical integration framework.Experimental results show, with this model, the complex integrated management problems ofinteroperability, ordering and intelligence of the physical systems can be mapped from theoriginal space into the target semantic space. And the system structure ontologies and rules formperspective domain systems can be extracted, construction, represented, reasoned, and thesystem elements can be interoperability and ordering in the semantic space.(2) Proposing the interoperability method for Multi-S-BOX Space. By analyzing the possible interoperability problems of multidisciplinary integration process in syntax, semanticand pragmatic levels respectively. Then the solutions of the problems are proposed in semanticand pragmatic levels in this dissertation. Three necessary conditions of domain systeminteroperability are summed up and proposed. And according to the three conditions, method ofinconsistency reasoning, CPN (Colored Petri Net) simulation and reachable analyzing are used toverify the Multi-S-BOX reasoning results formally. Experimental results of simulating andreasoning show our method can integrate the disciplinary system element (resources, capacities,services et al.) on multidisciplinary demand in a interoperability way.(3) Proposing the Ordering method for Multi-S-BOX Space elements. The disciplinaryS-BOX system elements is disorder to multidisciplinary task, according to this, the spaceelement ordering and service on demand process of Multi-S-BOX, which includes “elementsmodeling, semantic relationship difinting and rules construction” three phases, is summed up andproposed. The basic methods of MESM (Multi-dimension Element Space Model), OSR(Ordering semantic relationship) and ORC (Ordering Rule Constrution) are respectivelyproposed in this dissertation. Then the ordering semantic relationship network and reasoningrules can be respectively built and constructed based on the Multi-dimension element attributecoordinate axis of the MESM.(4) Proposing the MAS-based distributed reasoning method of the Multi-S-BOX. ByAnalysing and Designing distributed reasoning architecture of the Multi-S-BOX, sorts of Agentsand their interact protocols based on MAS technology, the MAS-based distributed reasoningmethod of the Multi-S-BOX is proposed. It can provide theoretical supports to the applicationand implementation processes of the Multi-S-BOX model in the novel ICT integrationenvironment.