Solar Filament Segmentation Based on AA-UNet

Ya-Na Wu, Dan Liu, Xiangchun Liu
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Abstract

As a tracer of the solar atmospheric magnetic field, the solar filament is extremely important for studying the solar magnetic field. In order to solve the problems of low segmentation accuracy and noise in the existing filament segmentation methods, this paper proposes to replace the convolutional block with an axial attention block in the Encoder part based on the Unet structure. The AA-UNet network takes into account the contextual information among non-adjacent pixels, which helps to perform accurate segmentation. From the results of the comparison experiments in this paper, the proposed method can still achieve good segmentation results even in the case of uneven image quality. The Jac, MCC, and F1-Score metrics on our solar image data test set reach 0.63005, 0.77058, and 0.76659, respectively.
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基于AA-UNet的太阳能灯丝分割
太阳灯丝作为太阳大气磁场的示踪剂,对研究太阳磁场具有极其重要的意义。为了解决现有长丝分割方法分割精度低、噪声大的问题,本文提出基于Unet结构在编码器部分用轴向注意块代替卷积块。AA-UNet网络考虑了非相邻像素之间的上下文信息,有助于实现准确的分割。从本文的对比实验结果来看,即使在图像质量不均匀的情况下,本文提出的方法仍然可以获得良好的分割效果。我们的太阳图像数据测试集上的Jac、MCC和F1-Score指标分别达到0.63005、0.77058和0.76659。
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