An Evaluation Study on Information System Based on Rough Set and Condition Information Entropy

Sha Fu, Guang Sun, Hangjun Zhou, Feng Yan
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引用次数: 2

Abstract

Based on the incompleteness and conceptual uncertainty of information in management decision making and evaluation, the rough set theory and condition information entropy were introduced to build a comprehensive evaluation model based on the rough set condition information entropy, so as to present the tendency of experts’ experience and knowledge towards index importance. To solve the problem of index weight acquisition in that system, the decision table was partitioned according by analyzing and evaluating characteristics of the small and medium sample data according to the factual condition, so as to obtain its weight value in an objective manner through hierarchical calculation method from the aspect of information entropy and eventually obtain the comprehensive evaluation result of the information system. Through real case analysis, the feasibility and effectiveness of the rough set intelligent evaluation model were verified.
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基于粗糙集和条件信息熵的信息系统评价研究
针对管理决策和评价中信息的不完全性和概念不确定性,引入粗糙集理论和条件信息熵,建立了基于粗糙集条件信息熵的综合评价模型,以表征专家经验和知识对指标重要性的倾向。为解决该系统中指标权重获取问题,根据实际情况,通过对中小样本数据的特征进行分析和评价,对决策表进行划分,从信息熵的角度,通过分层计算的方法客观地获得其权重值,最终得到信息系统的综合评价结果。通过实际案例分析,验证了粗糙集智能评价模型的可行性和有效性。
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