The Design And Implmentation Of Z+ Intelligent Platform

Z+ intelligent platform is used to represent and accumulate knowledge, as well as further-develop intelligent software according to the knowledge. By abstracting expert-knowledge to form knowledge basis, many advanced intelligent technique can be adopted to current system, in the means of multiple intelligent methods. Apart from this, Z+ platform provides the running support of intelligent systems based on it, so Z+ platform is an unity platform of both developing and executing of intelligent systems. Z+ will be especially useful when tremendous data, real-time data the frequently put into application.Z+ intelligent platform is composed of the kernel, IDE and the reasoning module. The kernel includes basic units, the standard unit-library and the compiler of Knonit2, as well as the of the unit constructor. Comparing with the former Knonit system, the grammar and compiler of Knonit2 and the reasoning module is an improvement upon former prototype, yet the other parts are of whole new design and implementation.The kernel is focused on accessibility and expandability, the IDE is concentrated on the integration of working process and data, which brings convenience to both users and developers. The reasoning engine is an extension of Z+, which is successfully put into use. There are a lot of methods implemented in Z+ platform, including rule-based reasoning, framework reasoning, case-based reasoning, intelligent modeling and data mining.As well, the present paper introduces the Z+ build-in language - Knonit2, not only telling the compiler and the constructor of Knonit2, but also introduces the general methods to describing knowledge by it, as well as how to describe and solve some classic problems by it.At the end of the present paper introduces the application of Z+ intelligent system in actual projects, including the rule checking module of The Ship's Virtual Verification System and the Intelligent Dyeing System. As well, it tells how Z+ intelligent platform should be applied in such systems and how it brings convenience and intelligence support to users.