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Convolutional Neural Networks and Transfer Learning Based Classification of Natural Landscape Images

机译:基于卷积神经网络与自然景观图像的转移学习分类

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Natural landscape image classification is a difficult problem in computer vision. Many classes that can be found in such images are often ambiguous and can easily be confused with each other (e.g. smoke and fog), and not just by a computer algorithm, but by a human as well. Since natural landscape video surveillance became relatively pervasive in recent years, in this paper we focus on the classification of natural landscape images taken mostly from forest fire monitoring towers. Since these images usually suffer from the lack of the usual low and middle level features (e.g. sharp edges and corners), and since their quality is degraded by atmospheric conditions, this makes the already difficult problem of natural landscape classification even more challenging. In this paper we tackle the problem of automatic natural landscape classiffication by proposing and evaluating a classifier based on a pretrained deep convolutional neural network and transfer learning.
机译:自然景观图像分类是计算机视觉中的难题。在这种图像中可以找到的许多课程通常是模糊的,并且很容易彼此混淆(例如烟雾和雾),而不仅仅是通过计算机算法,而是由人类也是如此。由于近年来,自然景观视频监控变得相对普遍,因此在本文中,我们专注于自然风景图像的分类,主要来自森林火灾监测塔。由于这些图像通常缺乏常见的低和中级特征(例如尖锐的边缘和角),并且由于它们的质量通过大气条件降低,这使得自然景观分类的困难问题更具挑战性。本文通过基于预磨料深卷积神经网络和转移学习,通过提出和评估分类器来解决自动自然景观分类问题。

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