Abstract
Syntactic and semantic composition has problem in achieving the integrity, validity and practicability of simulation component composition. In view of this, this paper analyzes pragmatic composition and simulation context, and proposes the formal definition of simulation Component Context Space (CCS), as well as the approach of component selection based on CCS matching degree, including concept semantic matching degree and value matching degree. The application of the context computing of the simulation component composition shows that, it can provide quantifiable, intuitive basis for component discovery and composition verification on pragmatic level.
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