PDNet: an advanced architecture for polyp image segmentation

Hanqing Liu, Zhipeng Zhao, Ruichun Tang, Peishun Liu, Yixin Chen, Jianjun Zhang, Jing Jia
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Abstract

In order to improve the segmentation accuracy of polyp image segmentation under colonoscopy, we propose PVT Dual-Upsampling Net (PDNet). PDNet adopts the encoder network based on Transformer as the backbone network for downsampling, and designs a dual upsampling module based on cascaded fusion network and simple connection network to recover the loss of high-level image features caused by the downsampling process, and obtains a high-level semantic feature map with the same resolution as the input image. The multi-feature fusion module is used to aggregate the low-level feature map and high-level semantic feature map. We validate the model on three publicly available datasets, and our experimental evaluations show that the suggested architecture produces good segmentation results on datasets.
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PDNet:用于息肉图像分割的高级架构
为了提高结肠镜下息肉图像分割的精度,提出了PVT双上采样网络(PDNet)。PDNet采用基于Transformer的编码器网络作为下采样的骨干网络,并设计了基于级联融合网络和简单连接网络的双上采样模块,恢复下采样过程中丢失的高级图像特征,得到与输入图像分辨率相同的高级语义特征图。多特征融合模块用于聚合低级特征图和高级语义特征图。我们在三个公开可用的数据集上验证了该模型,我们的实验评估表明,所建议的架构在数据集上产生了良好的分割结果。
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