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DEEP LEARNING ACTIVITIES ON REMOTE SENSED HYPERSPECTRAL IMAGES

机译:远程高光谱图像的深度学习活动

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In recent years, deep learning models have been widely used on remote sensing images. Deep learning is held on remote sensing images as well as in every area; is to be able to perform better performance classification than existing approaches and to perceive the feature inferences on its own. In remote sensing, more studies are made especially on hyperspectral images. The most important reason for this is that it can carry a large number of data features. The large number of data features means that there are a large number of attributes for that image. The most important disadvantage of hyperspectral images is; due to the influence of the environment of the device which is shooting the image, various noises may occur. There may be a variety of information loss on this image. Various algorithms techniques have been developed to prevent these losses, while hyperspectral images have been better classified by deep learning models. Recent advances in deep learning models in technological firms and the creation and development of their own deep learning model are evidence of how intense this interest is in this area. Our aim is to examine recent developments in deep learning activities on remote sensing images in this article; to compare the performances obtained by deep learning model and to give brief information about the methods used in this area.
机译:近年来,深度学习模型已广泛用于遥感图像。在遥感图像以及每个区域都进行深度学习;与现有方法相比,它能够执行更好的性能分类,并且能够自己感知特征推断。在遥感领域,尤其是在高光谱图像方面进行了更多的研究。这样做的最重要原因是它可以承载大量数据功能。大量的数据功能意味着该图像具有大量的属性。高光谱图像的最重要缺点是:由于正在拍摄图像的设备环境的影响,可能会产生各种噪音。此图像上可能会有各种信息丢失。为了防止这些损失,已经开发了各种算法技术,而深度学习模型可以更好地对高光谱图像进行分类。技术公司中的深度学习模型的最新进展以及他们自己的深度学习模型的创建和发展都证明了这种兴趣在该领域的重要性。我们的目的是检查本文中有关遥感影像的深度学习活动的最新进展;比较深度学习模型获得的性能,并简要介绍此领域中使用的方法。

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