基于非线性特征提取的当代医学数据分类

Thannob Aribarg, S. Supratid, C. Lursinsap
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引用次数: 5

摘要

在一些应用中,高维数据严重破坏了几种学习类型的分类计算。为了缓解这种高维的困难,本文提出了分类计算,它是指一种改进的神经网络:通过粒子群智能优化权重的神经网络。当前的重点是将非线性特征提取与这种分类方法相结合。在5个医学数据集上对每种方法进行了10倍交叉验证实验。结果表明,基于非线性特征提取的分类方法不仅提高了分类效率,而且减少了分类所需的特征数量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Contemporary Classification on Medical Data based on Non-Linear Feature Extraction
High dimensional data in several applications seriously spoils classification computation of several types of learning. In order to relieve the difficulties of such a high dimension, this paper proposes the classification computation, which refers to a modified neural network: the neural network with weights optimized by particle swarm intelligence. The contemporary is placed on the combination of the non-linear feature extraction and such a classification method. 10-fold cross-validation experiments of each method are performed on five medical data sets. The results indicate not only the improvement of classification based on non-linear feature extraction, but also indicate the reduction of the number of features for classification.
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