首页> 外文会议>Image Processing pt.2; Progress in Biomedical Optics and Imaging; vol.6 no.24 >A novel decision-tree based classification of white blood cells
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A novel decision-tree based classification of white blood cells

机译:基于决策树的新型白细胞分类

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摘要

Automated medical image processing and analysis offer a powerful tool for medical diagnosis. In this work, a decision-tree based white blood cell (WBC) classification scheme for peripheral blood images is developed. Based on the sufficient analysis on the characteristics of white blood cells, 10 efficient features are extracted, including size, shape, intensity and color, and a classification scheme based on decision-tree is designed to classify 6 different types of normal white blood cells. Especially, an efficient approach to separate two types of neutrophil is presented. The presented scheme is tested on 59 WBCs coming from 3 sets of blood images, which are obtained under different dying and imaging conditions. Results show classification accuracy above 96%.
机译:自动化的医学图像处理和分析为医学诊断提供了强大的工具。在这项工作中,为外周血图像开发了基于决策树的白细胞(WBC)分类方案。基于对白细胞特征的充分分析,提取了10种有效特征,包括大小,形状,强度和颜色,并设计了基于决策树的分类方案对6种不同类型的正常白细胞进行分类。特别是,提出了分离两种类型的中性粒细胞的有效方法。所提出的方案在来自3组血液图像的59个白细胞上进行了测试,这些图像是在不同的死亡和成像条件下获得的。结果显示分类准确率超过96%。

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