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Exploring texture Transfer Learning for Colonic Polyp Classification via Convolutional Neural Networks

机译:通过卷积神经网络探索用于结肠息肉分类的纹理传递学习

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摘要

This work addresses Transfer Learning via Convolutional Neural Networks (CNN's) for the automated classification of colonic polyps in eight HD-endoscopic image databases acquired using different modalities. For this purpose, we explore if the architecture, the training approach, the number of classes, the number of images as well as the nature of the images in the training phase can influence the results. The experiments show that when the number of classes and the nature of the images are similar to the target database, the results are improved. Also, the better results obtained by the transfer learning compared to the most used features in the literature suggest that features learned by CNN's can be highly relevant for automated classification of colonic polyps.
机译:这项工作解决了通过卷积神经网络(CNN)进行转移学习的问题,以便在使用不同方式获得的八个高清内窥镜图像数据库中对结肠息肉进行自动分类。为此,我们探索在培训阶段中的体系结构,训练方法,类数,图像数量以及图像性质是否会影响结果。实验表明,当分类的数量和图像的性质与目标数据库相似时,结果得到了改善。同样,与文献中最常用的特征相比,通过转移学习获得的更好结果表明,CNN所学习的特征与结肠息肉的自动分类高度相关。

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