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Generalized fuzzy data mining for incomplete information

机译:信息不完整的广义模糊数据挖掘

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Defining data inherently with fuzziness reduce the complexity of data mining during knowledge discovery process. The mining with fuzzy database will provide security because the original data need not be disclosed The fuzzy logic with two membership functions will give more evidence than the Zadeh single membership function. In this paper, the fuzzy data mining methods are discussed. The two fold fuzzy set with two membership functions is studied with "Belief" and ""Disbelief". The fuzzy certainty factor (FCF) is difference of the two membership functions to eliminate conflict, The FCF and gives single fuzzy membership function. The fuzzy risk set is defined with fuzzy certainty factor for decision making. The fuzzy MapReducing with functional dependency is studied for association rules. The Generalized fuzzy reasoning is studied for data mining. The data mining with fuzzy risk set is studied to take the decisions. The business intelligence is given as an example.
机译:用模糊性固有地定义数据可降低知识发现过程中数据挖掘的复杂性。使用模糊数据库进行挖掘将提供安全性,因为不需要公开原始数据。具有两个隶属度函数的模糊逻辑比Zadeh单一隶属度函数将提供更多的证据。本文讨论了模糊数据挖掘方法。用“信念”和“不相信”研究具有两个隶属度函数的二重模糊集,模糊确定性因子(FCF)是两个隶属度函数之间的差异,以消除冲突,FCF给出了单个模糊隶属度函数。用模糊确定性因子定义风险集用于决策;研究具有功能依赖关系的模糊MapReducing用于关联规则;研究通用模糊推理用于数据挖掘;研究具有模糊风险集的数据挖掘以做出决策。以智能为例。

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