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ARITHMETIC MEAN BASED COMPENSATORY FUZZY LOGIC

机译:基于算术均值的补偿模糊逻辑

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摘要

Fuzzy Logic is a multi-valued logic model based on fuzzy set theory, which may be considered as an extension of Boolean Logic. One of the fields of this theory is the Compensatory Fuzzy Logic, based on the removal of some axioms in order to achieve a sensitive and idempotent multi-valued system. This system is based on a quadruple of continuous operators: conjunction, disjunction, order and negation. In this work we present a new model of Compensatory Fuzzy Logic based on a different set of operators, conjunction and disjunction, than the ones used in the original definition, and then prove that this new model satisfies the required axioms. As an example, we present an application to decision-making, comparing the results against the ones based on the original model.
机译:模糊逻辑是基于模糊集理论的多值逻辑模型,可以将其视为布尔逻辑的扩展。该理论的领域之一是补偿模糊逻辑,它基于消除一些公理来实现敏感的和幂等的多值系统。该系统基于四重连续运算符:合取,析取,有序和否定。在这项工作中,我们提出了一种新的补偿模糊逻辑模型,该模型基于与原始定义中所使用的运算符不同的一组运算符(合取和析取),然后证明该新模型满足所需的公理。例如,我们提出一个决策应用程序,将结果与基于原始模型的结果进行比较。

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