Classification of Multi-Class Weather Image Data

Shanshan Li, Wenquan Tian, Xiaoyin Wu, Chengfang Tan, Lin Cui
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Abstract

In order to improve the accuracy of multi-class weather image recognition, a weather image classification algorithm based on ViT was proposed. The multi-layer transformer method is used for feature extraction and encoder. The self attention method is introduced to calculate the similarity between each position in the segmented image dataset. Then, all positions are weighted according to the score to generate a new feature representation. Finally, the weather image data is classified by MLP classifier. Experiments show that the deep learning algorithm based on ViT can effectively improve the prediction accuracy of the model, and has a good effect on improving the recognition of multi-class weather images. The algorithm can achieve good accuracy on 14 different weather data, with a recognition accuracy of up to 92.83%.
多类天气图像数据的分类
为了提高多类天气图像识别的精度,提出了一种基于ViT的天气图像分类算法。采用多层变压器方法进行特征提取和编码器。引入自关注方法来计算分割图像数据集中每个位置之间的相似度。然后,根据分数对所有位置进行加权,生成新的特征表示。最后,利用MLP分类器对天气图像数据进行分类。实验表明,基于ViT的深度学习算法能有效提高模型的预测精度,对提高多类天气图像的识别效果良好。该算法对14种不同天气数据的识别精度达到了92.83%。
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