Scene Style Conversion Algorithm of AI Digital Host: A Deep Learning Approach

Xinli Lyu, Fangli Ying, Pintusorn Onpium
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Abstract

In the recent years, image diversity generation algorithms based on deep learning have gradually mined feature information that can describe the essential content of images through hierarchical learning, which has become a current research hotspot. In particular, the emergence of GANs has made the qualitative leap in the speed and quality of image data generation due to its good autonomous generation ability and ingenious weakly supervised learning mode. In this study, the focus is deep learning based scene style conversion algorithm of the AI digital host. The proposed model has 2 aspects: (1) Efficient face modelling. In this step, the face features are extracted and combined with deep neural networks to obtain the efficient representations, then, the rough stitching of point cloud data is applied to construct the different perspectives the faces. (2) Efficient style conversion algorithm. This study designs an improved GAN algorithm to create new image conversion scheme to complete the design of the AI host. In the experiment section, the mainstream evaluation methods are adopted to test the performance.
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AI数字主机场景风格转换算法:一种深度学习方法
近年来,基于深度学习的图像多样性生成算法通过分层学习逐渐挖掘出能够描述图像本质内容的特征信息,成为当前的研究热点。特别是gan的出现,由于其良好的自主生成能力和巧妙的弱监督学习模式,使得图像数据生成的速度和质量都有了质的飞跃。本研究的重点是基于深度学习的AI数字主机场景风格转换算法。该模型具有2个方面:(1)高效的人脸建模。该步骤首先提取人脸特征并结合深度神经网络进行有效表征,然后利用点云数据的粗拼接来构建人脸的不同视角。(2)高效的风格转换算法。本研究设计了一种改进的GAN算法来创建新的图像转换方案,以完成AI主机的设计。在实验部分,采用主流评价方法对性能进行测试。
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