The most popular forms of biometric identifiers are retina scans , hand geometry , thumb scans , fingerprints , voice recognition , and digitised photographs 在生物统计学的领域中，最常见的身分识别符包括视网膜、掌纹、指模、声线辨认及数码相片。
The database will allow the fbi to check all entrants to the us against the faces , fingerprints , palm prints and irises of known terrorists and wanted criminals 数据库将会允许fbi检查所有的新入境的对他们有威胁的恐怖分子和犯罪嫌疑人的面部，指纹、掌纹和虹膜图象信息。
12 zhang d , shu w . two novel characteristics in palmprintverification : datum point invariance and line feature matching . pattern recognition , 1999 , 32 : 691 - 702 在掌纹验证和辨识中，基于小波能量特征的方法分别达到了99 . 24 %和99 . 45 %的精度，这些结果优于其他的掌纹识别方法。
The fingerprint identified is a system of living creature which is consistent with other identification technology , iris identified , and sound identified , the lines of the palm identified est 指纹识别是和虹膜识别、声音识别、掌纹识别等其他识别技术并行的一种生物识别系统。
The current popular technique in palmprint recognition - - - print feature based palmprint recognition technique is introduced via a review of palmprint recognition research history 通过对掌纹识别技术研究史的回顾,本文介绍了掌纹识别方面的主流技术- - -基于纹线特征的掌纹识别技术。
It reflects people ’ s health according to their palm ’ s color , palm ’ s shape and palm - lines ’ structures and so we can discover our disease and cure it as early as possible 它通过观察手掌的颜色、形状、掌纹线的结构等信息来反映人们的身体健康状况,使人们尽早的发现疾病,治疗疾病。
In palm diagnosis , one of the most important diagnostic features is some different pathologic structures formed by palm lines in different field , we call them special structures 在手掌诊病中,最重要的病理特征之一是掌纹线在手掌的不同区域所形成不同形状的病理纹,本文称之为奇异纹。
Observing lots of palm images and their palm - line undirected graph and analyzing the experts ’ knowledge , we extract the recognition features of cross structure and mi structure 观察大量的手掌图像及其相应的掌纹线无向图,并结合手掌诊病专家知识,分别提取出十字纹和米字纹的识别特征。
Ieee trans . signal processing , 1998 , 46 : 1185 - 1188 . 7 liao p , shen l . unified probabilistic models for facerecognition from a single example image per person 本文用小波变换对掌纹纹理进行多分辨率分析，定义了一种崭新的用于掌纹识别的纹理特征小波能量特征wavelet energy feature , wef 。
A smart card ' s microprocessor generates complex passwords that are difficult to decode and biometric markers such as fingerprints and retina patterns that are hard to forge 而智慧卡的微处理器则能产生难以破解的复杂密码，以及不易伪造的生物辨识标记，例如指纹、掌纹、声纹和视网膜图纹。
