Covered Style Mining via Generative Adversarial Networks for Face Anti-spoofing

作者:

Highlights:

• A novel framework, CSM-GAN, is proposed to achieve face anti-spoofing using style transfer technology. CSM-GAN converts the original binary classification task into a style transfer task and, unlike existing methods, CSM-GAN mines potential difference distributions without introducing prior information and generates a difference map.

• To achieve end-to-end training and style transfer, an updatable three-channel difference map is designed to combine each sub-module, which provides richer photography style information than traditional fixed one-dimensional vectors.

• To prove the effectiveness of proposed method, extensive experiments are conducted on published face anti-spoofing datasets, demonstrating its superior performance to current stateof- the-art.

摘要

•A novel framework, CSM-GAN, is proposed to achieve face anti-spoofing using style transfer technology. CSM-GAN converts the original binary classification task into a style transfer task and, unlike existing methods, CSM-GAN mines potential difference distributions without introducing prior information and generates a difference map.•To achieve end-to-end training and style transfer, an updatable three-channel difference map is designed to combine each sub-module, which provides richer photography style information than traditional fixed one-dimensional vectors.•To prove the effectiveness of proposed method, extensive experiments are conducted on published face anti-spoofing datasets, demonstrating its superior performance to current stateof- the-art.

论文关键词:Face anti-spoofing,Generative adversarial networks,Deep learning

论文评审过程:Received 25 February 2022, Revised 19 July 2022, Accepted 2 August 2022, Available online 9 August 2022, Version of Record 23 August 2022.

论文官网地址:https://doi.org/10.1016/j.patcog.2022.108957