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Conjugate 2DPalmHash code for secure palm-print-vein verification

机译:结合2DPalmHash代码以进行安全的掌纹静脉验证

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Multi-modal biometrics enjoy more merits than their single-modal counterparts in terms of accuracy performance and security. The fusion of hand-based biometrics such as palmprint and palmvein is straightforward since they can be acquired simultaneously with a customized image acquisition device. Conjugate 2DPalmHash Code (CTDPHC), which is constructed by 2DPalmHash Codes (2DPHCs) of palmprint and palmvein, is proposed as a cancelable multi-modal biometric. To determine the proper fusion strategy of 2DPHCs of palmprint and palmvein, different fusion rules at score level are compared and discussed. The transposition orientation ranges of 2DPHCs are also finetuned to improve the accuracy performance. Compared with 2DPHC, CTDPHC enjoys higher verification accuracy and stronger anti-counterfeit ability, while trades neither computational complexity nor storage cost.
机译:就准确性,性能和安全性而言,多模式生物识别技术比单模式生物识别技术具有更多优势。诸如掌纹和掌脉之类的基于手的生物识别技术的融合非常简单,因为可以使用定制的图像采集设备同时进行采集。提议由掌纹和掌静脉的2DPalmHash代码(2DPHC)构建的共轭2DPalmHash代码(CTDPHC)作为可取消的多模式生物特征。为了确定掌纹和掌静脉的2DPHCs的正确融合策略,比较并讨论了评分水平上的不同融合规则。还对2DPHC的换位取向范围进行了微调,以提高准确度性能。与2DPHC相比,CTDPHC拥有更高的验证准确性和更强的防伪能力,同时既没有计算复杂性,也没有存储成本。

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