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Three-dimensional shape reconstruction from a single image based on feature learning

机译:基于特征学习的单幅图像三维形状重构

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Many previous works have proposed methods for reconstructing a three-dimensional (3D) shape from a single image. Some of the methods reconstruct a 3D shape using machine learning. These methods learn the relationship between a 3D shape and a 2D image. However, they cannot learn the desirable features of 2D images for 3D reconstruction, because they use only predefined features. Therefore, this paper presents a method for reconstructing the 3D shape by learning features of a 2D image. This method reconstructs a 3D shape by using Convolutional Neural Network (CNN) for feature learning. The pooling layer and the convolutional layer of the CNN enable us to acquire spatial information of an image and automatically select the valuable feature of the image. From the experimental results using human face images, this method can reconstruct the 3D shape with better accuracy than the previous methods.
机译:许多先前的工作提出了用于从单个图像重建三维(3D)形状的方法。一些方法使用机器学习来重建3D形状。这些方法学习3D形状和2D图像之间的关系。但是,由于他们仅使用预定义的功能,因此他们无法学习2D图像进行3D重建所需的功能。因此,本文提出了一种通过学习2D图像特征来重建3D形状的方法。该方法通过使用卷积神经网络(CNN)进行特征学习来重建3D形状。 CNN的合并层和卷积层使我们能够获取图像的空间信息并自动选择图像的有价值的特征。从使用人脸图像的实验结果来看,该方法可以比以前的方法更好地重建3D形状。

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