Identifying and Rectifying Rational Gaps in Fuzzy Rule Based Systems for Regression Problems

Ashishsingh Bhatia, H. Hagras
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Abstract

Fuzzy Rule Based Systems (FRBSs) can suffer from incomplete and sparse rule bases as a result of selecting a small number of rules from a large universe of potential rules. This may lead to rational gaps creeping into the input output mapping, where sometimes, strongly correlated inputs displaying a linear relationship with the output do not exhibit the same behaviour during inferencing. This paper proposes a technique for identifying and rectifying such gaps for FRBSs using incomplete rule bases in real-world regression problems.
基于模糊规则的回归问题系统中合理间隙的识别与校正
由于从大量潜在规则中选择少量规则,基于模糊规则的系统(FRBSs)可能会遭受规则库不完整和稀疏的问题。这可能会导致输入输出映射中出现合理的间隙,有时,与输出显示线性关系的强相关输入在推理期间不会表现出相同的行为。本文提出了一种在现实世界的回归问题中使用不完整的规则库来识别和纠正FRBSs的这种差距的技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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