Abstract

Observation of films of biological liquids allows finding markers of diseases such as diabetes or pneumonia. This may allow switching to more cost-effective diagnostic methods based on the use of relatively cheap commodity hardware required for optical microscopy. For this propose cuneiform dehydration of biological fluids is a promising method of medical diagnosis based on the study of structures in blood serum films. Currently, these structures are investigated at a qualitative level. It is known, that the geometric parameters of structures in blood serum films may be caused by some pathologies. In this paper the problems of image segmentation considered to create an image processing algorithm. Additionally, the images processing algorithm of blood serum films is described and experimental results are presented.

中文翻译：

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利用图像分割算法确定血清血清膜的几何参数

摘要

观察生物液体的膜可以发现诸如糖尿病或肺炎等疾病的标志。基于光学显微镜所需的相对便宜的商品硬件的使用，这可以允许切换到更具成本效益的诊断方法。为此，基于对血清膜结构的研究，生物液体的楔形脱水是一种有前途的医学诊断方法。当前，在定性水平上研究了这些结构。众所周知，血清膜结构的几何参数可能是由某些病理引起的。本文考虑了图像分割问题，以创建图像处理算法。另外，描述了血清胶片的图像处理算法并给出了实验结果。