Add to ORKGAbstract—In biometric systems, the threat of “spoofing”, where an imposter will fake a biometric trait, has lead to the increased use of multimodal biometric systems. It is assumed that an imposter must spoof all modalities in the system to be accepted. This paper looks at the cases where some but not all modalities are spoofed. The contribution of this paper is to outline a method for assessment of multimodal systems and underlying fusion algorithms. The framework for this method is described and experiments are conducted on a multimodal database of face, iris, and fingerprint match scores. I
Recent works have investigated the robustness to spoofing attacks of multi-modal biometric systems i...
Recent works have investigated the robustness to spoofing attacks of multi-modal biometric systems i...
a b s t r a c t In this paper, we address the security of multimodal biometric systems when one of t...
Multimodal biometric systems are commonly believed to be more robust to spoofing attacks than unimod...
While multimodal biometric systems were commonly believed to be intrinsically more robust to spoof a...
Multimodal biometric systems are commonly believed to be more robust to spoofing attacks than unimod...
While multimodal biometric systems were commonly believed to be intrinsically more robust to spoof a...
In this paper, we address the security of multimodal biometric systems when one of the modes is suc...
Recent works have shown that multimodal biometric systems can be evaded by spoofing only a single bi...
Recent works have shown that multimodal biometric systems can be evaded by spoofing only a single bi...
Recent works have shown that multimodal biometric sys-tems can be evaded by spoofing only a single b...
In this paper, we address,the security of multimodal biometric systems when one of the modes is succ...
Recent works have shown that, contrary to a common belief, multi-modal biometric systems may be “for...
Recent works have shown that, contrary to a common belief, multi-modal biometric systems may be “for...
Recent works have shown that, contrary to a common belief, multi-modal biometric systems may be “for...
Recent works have investigated the robustness to spoofing attacks of multi-modal biometric systems i...
Recent works have investigated the robustness to spoofing attacks of multi-modal biometric systems i...
a b s t r a c t In this paper, we address the security of multimodal biometric systems when one of t...
Multimodal biometric systems are commonly believed to be more robust to spoofing attacks than unimod...
While multimodal biometric systems were commonly believed to be intrinsically more robust to spoof a...
Multimodal biometric systems are commonly believed to be more robust to spoofing attacks than unimod...
While multimodal biometric systems were commonly believed to be intrinsically more robust to spoof a...
In this paper, we address the security of multimodal biometric systems when one of the modes is suc...
Recent works have shown that multimodal biometric systems can be evaded by spoofing only a single bi...
Recent works have shown that multimodal biometric systems can be evaded by spoofing only a single bi...
Recent works have shown that multimodal biometric sys-tems can be evaded by spoofing only a single b...
In this paper, we address,the security of multimodal biometric systems when one of the modes is succ...
Recent works have shown that, contrary to a common belief, multi-modal biometric systems may be “for...
Recent works have shown that, contrary to a common belief, multi-modal biometric systems may be “for...
Recent works have shown that, contrary to a common belief, multi-modal biometric systems may be “for...
Recent works have investigated the robustness to spoofing attacks of multi-modal biometric systems i...
Recent works have investigated the robustness to spoofing attacks of multi-modal biometric systems i...
a b s t r a c t In this paper, we address the security of multimodal biometric systems when one of t...