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11,100 results on '"Wang, Zhuo"'

181. The Contribution of Mosaic Chromosomal Alterations to Schizophrenia

Author

Chang, Kaihui, Jian, Xuemin, Wu, Chuanhong, Gao, Chengwen, Li, Yafang, Chen, Jianhua, Xue, Baiqiang, Ding, Yonghe, Peng, Lixia, Wang, Baokun, He, Lin, Xu, Yifeng, Li, Changgui, Li, Xingwang, Wang, Zhuo, Zhao, Xiangzhong, Pan, Dun, Yang, Qiangzhen, Zhou, Juan, Zhu, Zijia, Liu, Ze, Xia, Disong, Feng, Guoyin, Zhang, Qian, Wen, Yanqin, Shi, Yongyong, and Li, Zhiqiang

Published
2025
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192. Domain Generalization via Shuffled Style Assembly for Face Anti-Spoofing

Author

Wang, Zhuo, Wang, Zezheng, Yu, Zitong, Deng, Weihong, Li, Jiahong, Gao, Tingting, and Wang, Zhongyuan

Subjects
Computer Science - Computer Vision and Pattern Recognition
Abstract

With diverse presentation attacks emerging continually, generalizable face anti-spoofing (FAS) has drawn growing attention. Most existing methods implement domain generalization (DG) on the complete representations. However, different image statistics may have unique properties for the FAS tasks. In this work, we separate the complete representation into content and style ones. A novel Shuffled Style Assembly Network (SSAN) is proposed to extract and reassemble different content and style features for a stylized feature space. Then, to obtain a generalized representation, a contrastive learning strategy is developed to emphasize liveness-related style information while suppress the domain-specific one. Finally, the representations of the correct assemblies are used to distinguish between living and spoofing during the inferring. On the other hand, despite the decent performance, there still exists a gap between academia and industry, due to the difference in data quantity and distribution. Thus, a new large-scale benchmark for FAS is built up to further evaluate the performance of algorithms in reality. Both qualitative and quantitative results on existing and proposed benchmarks demonstrate the effectiveness of our methods. The codes will be available at https://github.com/wangzhuo2019/SSAN., Comment: Accepted by CVPR2022

Published
2022

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