Comparative Study of CNN and Transfer Learning Techniques in the classification of PCO Ultra Sound Images

P. Brindha, R. Rajalaxmi
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Abstract

Reproduction is the process of giving birth to a child. A child may bring all the happiness inside a family. Now a days due to change in the life style and the food habits, the couples may not have a successful reproduction. Even though there are many reasons for infertility, PCO in female is one of the major cause. PCOS can be treated and there are many procedures in the medical field which should be followed to get reproduction. Among the medical procedure US scanning is done to identify the presence of PCO. Compared to other medical tests US scans are cost effective and at the same time presence of PCOS can be easily identified. Many machine learning algorithms are applied on segmentation and classification of these images. In the proposed work, a self defined CNN model is created and the performance of the model is analyzed with the eight other models. VGG16, RESNET, Transfer Learning models having ANN and SVM as classifiers for VGG16,RESNET and self defined models are taken here. Accuracy of self defined model with SVM is comparatively same as VGG16 and RESNET50 with SVM but still the F1 score of self defined is low when compared VGG16 with SVM.
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CNN与迁移学习技术在PCO超声图像分类中的比较研究
繁殖是生孩子的过程。一个孩子可以给一个家庭带来所有的快乐。如今,由于生活方式和饮食习惯的改变,这对夫妇可能无法成功繁殖。尽管不孕的原因有很多,但女性PCO是主要原因之一。多囊卵巢综合征是可以治疗的,在医学领域有许多程序应该遵循获得生殖。在医疗程序中,进行超声扫描以确定PCO的存在。与其他医学测试相比,US扫描具有成本效益,同时PCOS的存在可以很容易地识别。许多机器学习算法被应用于这些图像的分割和分类。在本文中,我们创建了一个自定义的CNN模型,并与其他8个模型一起分析了该模型的性能。本文采用以ANN和SVM作为分类器的迁移学习模型对VGG16、RESNET和自定义模型进行分类。SVM自定义模型的精度与SVM的VGG16和RESNET50基本相同,但与VGG16和SVM相比,自定义模型的F1分数仍然较低。
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