An efficient casts recognition algorithm in urinary sediment images

Xue-Qin Yang, Bin Fang, Jun-feng Xiong
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Abstract

A new and efficient method for casts recognition in urinary sediment microscopic images is proposed in this paper. It combines the shape and texture characteristics of casts, and accordingly, consists of two steps. In the first step, the casts' tube-like shape feature is expressed by a modified method stems from the traditional one which is based on the minimum bounding rectangle(MBR). Instead of using MBR, we make use of the centerline to describe its shape while curved casts are concerned. Then, in the next step, some texture features are extracted and send to the SVM classifier for further judgment. As this method is quite focus on the features of casts, both shape and texture, it is very effective to recognize casts in urinary sediment images. Large experiments proved that this method is easy to implement and achieves high accuracy.
一种有效的尿沉渣图像模型识别算法
本文提出了一种新的、有效的尿液沉积物显微图像中铸件识别方法。它结合了铸件的形状和纹理特征,因此,由两个步骤组成。首先,基于最小边界矩形(MBR),在传统方法的基础上对铸件的管状形状特征进行了改进;而不是使用MBR,我们使用中心线来描述其形状,而弯曲铸件。然后,在下一步中,提取一些纹理特征并发送给SVM分类器进行进一步判断。由于该方法非常关注铸件的形状和纹理特征,因此可以非常有效地识别尿沉积物图像中的铸件。大量实验证明,该方法易于实现,具有较高的精度。
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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