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CNN Photo Horizon Correction Method based on convolutional neural network and residual network structure

机译:基于卷积神经网络和残差网络结构的CNN视界校正方法

摘要

The present invention relates to a method of measuring an inclination of an image when the given input is not horizontal, and then using the same to straighten the image horizontally. At the end of the network structure, a feature map having a size of 1x1 is output. Having a first pulling layer; A second pulling layer having a feature map of size 2 × 2 as an output; And an angle predictor that combines the feature vector obtained from the first pooling layer and the feature vector obtained from the second pooling layer and uses the resultant prediction as the final result prediction. Generating a training dataset for learning the training; (b) the angle measurement network with different learning settings Optimal parameters Learning; And (c) the angle measurement network with respect to an input image. Measuring an inclined angle using the same, rotating the image in the opposite direction by the measured inclined angle, and cropping the empty pixel area.
机译:本发明涉及一种在给定输入不水平时测量图像的倾斜度,然后使用该方法将图像水平拉直的方法。在网络结构的末尾,输出大小为1x1的特征图。具有第一牵引层;第二个拉动层具有一个大小为2×2的特征图作为输出;并且,角度预测器将从第一池化层获得的特征向量和从第二池化层获得的特征向量进行组合,并将得到的预测用作最终结果预测。生成用于学习培训的培训数据集; (b)具有不同学习设置的角度测量网络最佳参数学习;并且(c)相对于输入图像的角度测量网络。使用倾斜角测量倾斜角,将图像沿相反的方向旋转测量的倾斜角,并裁剪空白像素区域。

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