The study of extensible intelligent reasoning sufficient conditions

Wei Yu-ke, Liang Jiangping
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Abstract

Incomplete information intelligent processing extensible algorithm, is a new algorithm that can simulate the thinking process of the human brain. Through the analysis of the characteristics and objective object, puts forward the information full degree, Related domain, the common features of object, the individual features of object, characteristic vector concepts etc., and discussed the sufficient condition to distinct objects in the data class under the incomplete condition, and puts forward the method of constructing diagnosis experience database which could simplify condition. The sufficient conditions of Extensible intelligent reasoning could make it possible that intelligent reasoning is in progress successfully under the condition of incomplete data and the reasoning results are correct. This research is verified by intelligent diagnostic tests of TCM.
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可扩展智能推理充分条件的研究
不完全信息智能处理可扩展算法,是一种能够模拟人脑思维过程的新算法。通过对特征和客观对象的分析,提出了信息满度、相关域、对象的共同特征、对象的个体特征、特征向量等概念,讨论了不完备条件下数据类中区分对象的充分条件,并提出了简化条件的诊断经验数据库的构建方法。可扩展智能推理的充分条件可以使智能推理在数据不完整的情况下成功进行,并且推理结果正确。本研究通过中医智能诊断试验得到验证。
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