Infertility is becoming an issue for an increasing number of couples. The most common solution, in vitro fertilization, requires embryologists to carefully examine light microscopy images of human oocytes to determine their developmental potential. We propose an automatic system to improve the speed, repeatability, and accuracy of this process. We first localize individual oocytes and identify their principal components using CNN (U-Net) segmentation. Next, we calculate several descriptors based on geometry and texture. The final step is an SVM classifier. Both the segmentation and classification training is based on expert annotations. The presented approach leads to a classification accuracy of 70%.
翻译:对越来越多的夫妇来说,不孕症正在成为一个问题。最常见的解决办法是体外受孕,即胚胎学家必须仔细检查人类卵细胞的光显微镜图像,以确定其发育潜力。我们建议了一个自动系统来提高这个过程的速度、可重复性和准确性。我们首先使用CNN(U-Net)分割法对个体卵细胞进行本地化,并查明其主要成分。接下来,我们根据几何和纹理计算数个描述符。最后一步是SVM分类法。分解和分类培训都以专家说明为基础。提出的方法导致分类精确度达到70%。