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First-person reading activity recognition by deep learning with synthetically generated images

机译:通过综合生成的图像深入学习的第一人称阅读活动识别

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Abstract We propose a vision-based method for recognizing first-person reading activity with deep learning. For the success of deep learning, it is well known that a large amount of training data plays a vital role. Unlike image classification, there are less publicly available datasets for reading activity recognition, and the collection of book images might cause copyright trouble. In this paper, we develop a synthetic approach for generating positive training images. Our approach synthesizes computer-generated images and real backround images. In experiments, we show that this synthesis is effective in combination with pre-trained deep convolutional neural networks and also our trained neural network outperforms other baselines.
机译:摘要我们提出了一种基于视觉的方法,用于认识到深入学习的第一人称阅读活动。为了获得深度学习的成功,众所周知,大量培训数据起着至关重要的作用。与图像分类不同,有较少可公开的数据集,用于阅读活动识别,以及书籍图像的集合可能会导致版权故障。在本文中,我们开发了一种用于产生正训练图像的合成方法。我们的方法综合了计算机生成的图像和真实的横向图像。在实验中,我们表明,这种合成与预先训练的深度卷积神经网络相结合,以及我们训练有素的神经网络优于其他基线。

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