Abstract
After thirty years, Extenics made great progress in innovation theory, formal method and real application. Through the formalized research for its logical cell basic-element, the information-knowledge-strategy formalized system, extension analysis methods, extension transformation methods and superiority evaluation methods are set up. We introduce Extenics theory to describe, analyze and evaluate self-adaptive nature, scope and extent about the intelligent service component. First, software entities are defined by basic-element, the intelligent service component is structured into basic-element net, which is analyzed, transformed and evaluated by method of combining qualitative with quantitative. Final, intelligent service component formal model is established.
Highlights
Extenics is an original and traverse discipline put forward by Chinese scholars in 1983[1]
Extenics theory and Extenics innovation methods have used to specific application areas, formed extension engineering method, such as extension detecting method, extension control method, extension planning method, extension marketing method[3]
Its internal entities are defined by basic-elements, the intelligent service component is structured based on basicelement net, self-adaptability is analyzed, transformed and evaluated by methods of combining qualitative with quantitative
Summary
Extenics is an original and traverse discipline put forward by Chinese scholars in 1983[1] It discusses the possibility of matters’ extension and rules and methods for innovation with formalized models, which are used to solve contradictory problems. After more than 30 years of development, Extenics made great progress in innovation theory, formal methods and real application [2, 3]. The most active research on self-adaptive software entities are component, service and agent. We discuss feasibility of using Extenics theory to describe, analyze and evaluate self-adaptive nature, scope and extent about intelligent service component [12]. Its internal entities are defined by basic-elements, the intelligent service component is structured based on basicelement net, self-adaptability is analyzed, transformed and evaluated by methods of combining qualitative with quantitative.
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