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Noise image segmentation method based on offset field estimation

机译:基于偏移场估计的噪声图像分割方法

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The model of level set based on the local offset field solves the problem that the traditional local model cannot deal with the uneven grayscale images. But the performance of the model on noisy images is still not excellent. In response to this problem, this paper introduces a convolutional autoencoder to design an unsupervised noise separation mechanism to model the noise field based on the local model, so that the additive noise field can be separated from the image and avoid its interference to the image segmentation process. The results show that the proposed method can separate the additive image noise effectively and improve the segmentation accuracy in a noisy environment, which is superior to traditional noise robust models and offset field models.
机译:基于本地偏移字段的级别集模型解决了传统本地模型无法处理不均匀灰度图像的问题。 但是嘈杂图像模型的性能仍然不佳。 响应于这个问题,介绍了一种卷积的AutoEncoder,设计了一种无监督的噪声分离机制来基于本地模型来建模噪声场,从而可以与图像分离并避免对图像分割的干扰 过程。 结果表明,该方法可以有效地将添加剂图像噪声分开,提高嘈杂环境中的分割精度,其优于传统的噪声稳健模型和偏移场模型。

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