U-Net用于卫星图像分割:改进天气预报

Yue Zhao, Zhongkai Shangguan, Wei Fan, Zhehan Cao, Jingwen Wang
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引用次数: 1

摘要

云组织在预测天气和地球未来气候方面发挥着巨大的作用;因此,开发更好的智能模型是准确预测天气,预测飓风、龙卷风等天气和气象灾害的一种方式。在本文中,我们将云的图案分类为Rasp等人提出的四种类型(糖、花、鱼和砾石),并进行图像分割。所有数据集均来自Kaggle大赛。采用U-net作为基本结构,经过数据分析,将ResNet应用于原有的U-net结构。此外,使用三种不同的损失函数进行训练,在将测试数据输入模型之前进行test -time Augmentation,并使用Amendment方法对结果进行修改。最终的骰子系数达到了0.665,这是一个突出的结果,反映了我们的方法和训练的鲁棒性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
U-Net for Satellite Image Segmentation: Improving the Weather Forecasting
The clouds organization plays a huge role in forecasting the weather and Earth’s future climate; therefore developing a better intelligent model is a way to accurately predict weather and predict weather and meteorological disasters, such as hurricane and tornado. In this paper, we classified the patterns of clouds into four types (sugar, flower, fish, and gravel) proposed by Rasp et al. and performed image segmentation. All the datasets were adopted from the Kaggle Competition. U-net was used as the basic structure and ResNet was applied to the original U-net structure after the data analysis. In addition, three different loss functions were used for training, the Test-time Augmentation was performed before feeding the test data to the model and the Amendment method was used to modify the results. The final dice coefficient reaches up to 0.665, which is an outstanding outcome that reflects the robustness of our method and training.
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