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Remote Sensing Image Segmentation by Combining Feature Enhanced with Fully Convolutional Network

机译:结合全卷积网络增强特征的遥感影像分割

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The main idea of this paper is the 25-categories classification task of remote sensing satellite image which is provided by Beijing AXIS Technology Company Limited, and proposes new methods based on fully convolutional network (FCN) and image processing. This method utilized image processing to realize color mapping and feature enhanced of remote sensing satellite image. Consider the influence of equipment and scene shooting environment, there are differences in color performance between remote sensing images, we use color mapping to improve color consistency. Aiming at the disadvantage of FCN has lower sensitivity to details, we add edge information into image as an important signal and expand the image into a five-dimensional one. Then the classification results will be attained through 25-categories classification according to FCN model. The experiment result showed the method is able to enhance the accuracy of FCN model classification to some extent.
机译:本文的主要思想是北京AXIS技术有限公司提供的遥感卫星图像的25类分类任务,并提出了基于全卷积网络(FCN)和图像处理的新方法。该方法利用图像处理来实现色彩映射,并增强了遥感卫星图像的特征。考虑到设备和场景拍摄环境的影响,遥感影像之间的色彩表现存在差异,我们使用色彩映射来提高色彩的一致性。针对FCN对细节敏感度较低的缺点,我们将边缘信息作为重要信号添加到图像中,并将图像扩展为五维图像。然后根据FCN模型通过25个类别的分类获得分类结果。实验结果表明,该方法能够在一定程度上提高FCN模型分类的准确性。

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