Multi-level Classifier Design for Tumor Micro-image Based on Multi-feature Fusion

Gan Lan, Xiu-ming Meng
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引用次数: 3

Abstract

In this paper, we propose a computer aided recognition system. With a series of approaches of image pre-processing and segmentation, extract the whole image feature namely global features, such as the number of cell, also extract the single cell feature namely local features, for example cell area and so on. Then separately do the multi-feature fusion for global feature and local feature. We construct two level of classifier, the first level is global classifier based on the most-short distance which is designed according to the global features; the second level is local classifier based on decision tree which is designed according to the local features design. Firstly according to global classifier to judge whether the stomach epidermis is normal or not, if the image is recognized to be abnormal, the classification ends. Otherwise, we recognize the image by the local classifier once again. After two level of recognitions, The experiment result indicates that this classifier can enormously enhance the classification accuracy rate.
基于多特征融合的肿瘤微图像分级器设计
本文提出了一种计算机辅助识别系统。通过一系列的图像预处理和分割方法,提取图像整体特征即全局特征,如细胞数,也提取单细胞特征即局部特征,如细胞面积等。然后分别对全局特征和局部特征进行多特征融合。我们构建了两级分类器,第一级是根据全局特征设计的基于最短距离的全局分类器;第二层是基于局部特征设计的基于决策树的局部分类器。首先根据全局分类器判断胃表皮是否正常,如果图像被识别为异常则结束分类。否则,我们将再次使用局部分类器进行图像识别。经过两个层次的识别,实验结果表明,该分类器可以极大地提高分类准确率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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