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Regularized Fuzzy Neural Networks for Pattern Classification Problems

机译:用于模式分类问题的正则模糊神经网络

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摘要

This paper presents a novel learning algorithm for fuzzy logic neuron based networks able to generate accurate and transparent models. The learning algorithm is based on ideas from Extreme Learning Machine, to achieve a low time complexity, and regularization theory, resulting in sparse and accurate models. A compact set of incomplete fuzzy rules can be extracted from the resulting network topology. Experiments considering pattern classification are detailed. Results suggest the proposed approach as a promising alternative for pattern recognition with a good accuracy and some level of interpretability.
机译:本文介绍了一种新型学习算法,用于产生准确和透明模型的模糊逻辑神经元网络。 学习算法基于来自极端学习机的思想,实现低时间复杂度和正则化理论,从而产生稀疏和准确的模型。 可以从产生的网络拓扑中提取紧凑的不完整模糊规则集。 考虑模式分类的实验是详细的。 结果表明,拟议的方法是具有良好准确性和某种程度的可解释性模式识别的有希望的方法。

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