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Classification of Protein Crystallization Trial Images using Geometric Features

机译:使用几何特征分类蛋白质结晶试验图像

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In this paper, we describe our method for classification of protein crystallization trial images using geometric features. The objective is to automatically categorize a protein crystal according to the presence of protein crystal types in the images. We consider only the images consisting of protein crystals for the classification. The images are classified into 4 categories- needles, small crystals, large crystals and other crystals. Image classification consists of two main steps - image feature extraction and applying decision tree classifier. Our feature extraction includes application of canny edge detection, extraction of edge related features from the edge image, and extraction of blob related features from multiple thresholding techniques. We performed our experiments on 212 expert labeled images and tested our results using 10-fold cross validation. Our results indicate that the proposed classification technique produces a reasonable classification performance. The overall accuracy of the classification is 75%.
机译:在本文中,我们描述了使用几何特征对蛋白质结晶试验图像进行分类的方法。目的是根据图像中的蛋白质晶体类型的存在自动对蛋白质晶体进行分类。我们只考虑由蛋白质晶体组成的分类。将图像分为4类针,小晶,大晶体和其他晶体。图像分类包括两个主要步骤 - 图像功能提取和应用决策树分类器。我们的特征提取包括施加罐头边缘检测,从边缘图像提取边缘相关特征,并从多个阈值技术提取BLOB相关特征。我们在212名专家标记图像进行了实验,并使用10倍交叉验证测试了我们的结果。我们的结果表明,所提出的分类技术会产生合理的分类性能。分类的整体准确性为75%。

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