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Fuzzy Classification Algorithm Based on Mutually Restraint

机译:基于互约束的模糊分类算法

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摘要

On the basis of most steady state structure of rigid bodies in physical theory, this paper regards data set as physical object, and proposes a dummy digital substantiation viewpoint and some conceptions such as representative data five element groups and model restraint. Then, the algorithm of elasticity based four-point center and borderline (EFCBA) and the algorithm of based on mutual restrict fuzzy data classification (MRFCA) are presented. They have the main features as follows: l)To combine data set with some concepts of physics, they put forward to the thinking of data substantiation, and lay the foundation of getting representative data of irregular figures and unknown boundary sets; 2) They alleviate the effect caused by irregularity of figures to getting set determination features, and enhance the representation of representative data in set; 3) Classification algorithm has a strong power in classifying, and it has a strong ability to identifying unknown data as well as a strong selfadaptive. The experiment shows the EFCBA enhanced data represented, alleviated the graphics irregularity's influence; The MRFCA used the characteristic of represent data effectively, enhanced the classification's accuracy, and had the good adaptive ability and unknown data classification ability.
机译:基于物理理论中刚体的最稳态结构,本文以数据集为物理对象,提出了虚拟的数字化实证观点以及代表性数据五元组和模型约束等概念。然后,提出了基于弹性的四点中心和边界线算法(EFCBA)和基于相互约束的模糊数据分类算法(MRFCA)。它们的主要特征如下:1)为了将数据集与一些物理概念相结合,提出了数据实体化的思想,为获得不规则图形和未知边界集的代表性数据奠定了基础。 2)减轻了因图形不规则而引起的对集合确定特征的影响,增强了集合中代表性数据的表示性; 3)分类算法具有强大的分类能力,对未知数据的识别能力强,自适应能力强。实验表明,用EFCBA增强了数据,减轻了图形不规则的影响; MRFCA有效地利用了表示数据的特性,提高了分类的准确性,具有良好的自适应能力和未知的数据分类能力。

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