Image Shadow Removal Based on Residual Neural Network

Wei Zheng, Xiuping Teng
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Abstract

The removal of image shadows has always been a challenging task that requires us to detect shadows and understand the surrounding scenes. The existing method of shadow detection and removal first locates the shadow area by shadow detection,and then uses some reconstruction algorithms to remove the shadows of the umbra and penumbra. However, detecting shadows is already a very rare task. Based on the traditional physical methods can be applied to a high quality image, and a method based on statistical characteristics must manually tag shadow. In this paper,we use a convolutional residual neural network to train the model. Using the residual neural network, we can prevent degradation due to the excessive number of network layers. The trained model can detect the shadow area by inputting the global image and combining the semantics of the picture. In these two aspects, good shadow area detection and positioning can be obtained, and image shadow removal can be realized.
基于残差神经网络的图像阴影去除
图像阴影的去除一直是一项具有挑战性的任务,需要我们检测阴影并了解周围的场景。现有的阴影检测和去除方法首先通过阴影检测定位阴影区域,然后使用一些重建算法去除本影和半影的阴影。然而,探测阴影已经是一项非常罕见的任务。传统的基于物理的方法可以应用于高质量的图像,而基于统计特征的方法必须手动标记阴影。在本文中,我们使用卷积残差神经网络来训练模型。利用残差神经网络,我们可以防止由于网络层数过多而导致的退化。训练后的模型通过输入全局图像并结合图像的语义来检测阴影区域。在这两个方面,可以获得良好的阴影区域检测和定位,实现图像阴影去除。
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