A Zero-Shot based Fingerprint Presentation Attack Detection System
- URL: http://arxiv.org/abs/2002.04908v1
- Date: Wed, 12 Feb 2020 10:52:38 GMT
- Title: A Zero-Shot based Fingerprint Presentation Attack Detection System
- Authors: Haozhe Liu, Wentian Zhang, Guojie Liu and Feng Liu
- Abstract summary: We propose a novel Zero-Shot Presentation Attack Detection Model to guarantee the generalization of the PAD model.
The proposed ZSPAD-Model based on generative model does not utilize any negative samples in the process of establishment.
In order to improve the performance of the proposed model, 9 confidence scores are discussed in this article.
- Score: 8.676298469169174
- License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
- Abstract: With the development of presentation attacks, Automated Fingerprint
Recognition Systems(AFRSs) are vulnerable to presentation attack. Thus,
numerous methods of presentation attack detection(PAD) have been proposed to
ensure the normal utilization of AFRS. However, the demand of large-scale
presentation attack images and the low-level generalization ability always
astrict existing PAD methods' actual performances. Therefore, we propose a
novel Zero-Shot Presentation Attack Detection Model to guarantee the
generalization of the PAD model. The proposed ZSPAD-Model based on generative
model does not utilize any negative samples in the process of establishment,
which ensures the robustness for various types or materials based presentation
attack. Different from other auto-encoder based model, the Fine-grained Map
architecture is proposed to refine the reconstruction error of the auto-encoder
networks and a task-specific gaussian model is utilized to improve the quality
of clustering. Meanwhile, in order to improve the performance of the proposed
model, 9 confidence scores are discussed in this article. Experimental results
showed that the ZSPAD-Model is the state of the art for ZSPAD, and the MS-Score
is the best confidence score. Compared with existing methods, the proposed
ZSPAD-Model performs better than the feature-based method and under the
multi-shot setting, the proposed method overperforms the learning based method
with little training data. When large training data is available, their results
are similar.
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