基于人类脉轮点和大脑区域辐射频率的性别分类

M. H. Haron, M. Taib, M. Ali, M. Yunus
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引用次数: 1

摘要

本文讨论了基于人体脉轮点和脑区辐射频率的k近邻技术的性别分类。本研究使用的数据来自34个样本,其中男性17个,女性17个。频率计数器用于捕获所有点和区域的辐射。分别应用k近邻和k折交叉验证技术进行分类和验证。考虑了三组点进行分类和验证。第一组由七个脉轮和四个脑区组成,第二组由三个脉轮组成,第三组由三个脉轮和一个脑区组成。本研究结果显示,第一组在性别预测上准确率最高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Gender classification based on human radiation frequencies of chakra points and brain regions
This paper discusses on gender classification using k-nearest neighbor technique based on human radiation frequencies of chakra points and brain regions. The data applied in this study have been collected from 34 samples consisting of 17 males and 17 females. Frequency counter has been used for capturing the radiation at all points and regions. K-nearest neighbor and k-fold cross validation techniques have been applied for classification and validation respectively. Three groups of points have been considered for classification and validation. Group 1 consists of seven chakra points and four brain regions, group two consists of three chakra points and group 3 consists of three chakra points and one brain region. The outcome of this study shows group 1 has the highest accuracy in gender prediction.
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