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An overview of hand-based multimodal biometrie system using multi-classifier score fusion with score normalization

机译:使用多分类器分数融合和分数归一化的基于手的多模态生物特征系统概述

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In the emerging trends of biometrie authentication, multimodal biometries getting more attention from researchers due to its universality, uniqueness, no intra-class variations, no inter-class similarities, and anti-spoofing attacks than unimodal biometrics. Hand-based multibiometric system is the most successful and used in many real time systems especially law enforcement and forensics. Moreover, it is very user friendly and ease of use among all other biometric traits. Multi classifier fusion is the use of more classifiers for each modality involved rather than single at the score fusion of multibiometric system. Furthermore, hand-based multimodal biometrics can use either or all traits of fingerprint, palm print, finger vein, palm vein, dorsal vein, hand geometry, finger knuckle print and many more. In this paper, we reviewed various score normalization techniques and multi-classifiers used in the hand-based multimodal biometrics for each modality involved at the matching score fusion for enhancing the system performance further.
机译:在生物特征认证的新兴趋势中,多模式生物特征比单模式生物特征具有普遍性,独特性,无类内变异,无类间相似性和反欺骗攻击,因此受到了研究者的更多关注。基于手的多重生物测量系统是最成功的,并在许多实时系统(尤其是执法和取证)中使用。而且,在所有其他生物特征中,它非常用户友好并且易于使用。多分类器融合是针对涉及的每个模式使用更多分类器,而不是在多生物系统的分数融合中使用单个分类器。此外,基于手的多峰生物特征可以使用指纹,手掌指纹,手指静脉,手掌静脉,背静脉,手的几何形状,指关节指纹等特征中的任何一个或全部特征。在本文中,我们针对匹配分数融合中涉及的每个模式,回顾了基于手的多峰生物特征学中使用的各种分数归一化技术和多分类器,以进一步提高系统性能。

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