Dense-Res Net for Endoscopic Image Classification

Quoc-Huy Trinh, Minh Le Nguyen
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Abstract

We propose a method that configures Fine-tuning to a combination of backbone DenseNet and ResNet to classify eight classes showing anatomical landmarks, pathological findings, to endoscopic procedures in the GI tract. Our Technique depends on Transfer Learning which combines two backbones, DenseNet 121 and ResNet 101, to improve the performance of Feature Extraction for classifying the target class. After experiment and evaluating our work, we get accuracy with an F1 score of approximately 0.93 while training 80000 and test 4000 images.
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用于内窥镜图像分类的稠密Res网络
我们提出了一种方法,将微调配置为骨干DenseNet和ResNet的组合,以将显示胃肠道内窥镜手术解剖标志、病理结果的八类分类。我们的技术依赖于迁移学习,它结合了两个主干DenseNet 121和ResNet 101,以提高特征提取对目标类别进行分类的性能。经过实验和评估我们的工作,我们在训练80000张图像和测试4000张图像时获得了F1分数约为0.93的准确性。
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