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Classification in Thermograms for Breast Cancer Detection using Texture Features with Feature Selection Method and Ensemble Classifier

机译:使用特征选择方法和集合分类器的纹理特征对乳腺癌检测的热像图分类

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the most common cancer among the women is breast cancer with very high mortality rate accounting for about 7% of the all cancer deaths (1). Though very nominal, the men too can have the chances of developing the breast cancer. The early detection can be boon for survival chances of the patients. Though Mammography is commonly accepted screening tool technique for breast cancer detection. But the thermography has the advantage of the early detection of the cancer when no masses are formed to be detected by the mammography. Moreover, mammography is a painful procedure and patient is exposedto harmful X-rays. The thermography is based on the asymmetry between affected and the normal breasts due to increased blood flow in the cancerous cells. This results in the difference in the temperature profile of the two breasts which is detected with the help of thermal imagers. The texture of bothbreasts are obtained withGabor texturefeatures. The features that can contribute to the classification are selected from the feature space of the all Gabor features extracted. Finally, the classification of the thermograms into healthy and sickcases are done using ensemble classifier. The accuracy obtained in his paper using selected Gabor features and ensemble classifier is 92.55%.
机译:女性中最常见的癌症是乳腺癌,死亡率很高,约占所有癌症死亡人数的7%(1)。尽管非常名义上,但男人也有机会患上乳腺癌。早期发现可以为患者的生存机会带来福音。尽管乳房X线照相术是公认的用于乳腺癌检测的筛查工具技术。但是,热成像法的优势在于,当乳房X线照相术无法形成肿块时,可以尽早发现癌症。此外,乳房X线照相术是痛苦的过程,并且患者暴露于有害的X射线。热成像是基于患癌细胞与正常乳房之间不对称性的缘故,这归因于癌细胞中血流量的增加。这导致了两个乳房的温度分布的差异,这是通过热像仪检测到的。两种乳房的质地都是通过Gabor纹理特征获得的。从提取的所有Gabor特征的特征空间中选择有助于分类的特征。最后,使用集合分类器将温度记录图分为健康病例和病例。在他的论文中,使用选定的Gabor特征和集成分类器获得的准确性为92.55%。

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