Iris recognition is regarded as the most reliable and accurate biometric identification system available.
虹膜识别被认为是最可靠，最准确的生物特征识别系统。
Manufacturers are therefore increasingly turning to biometric identification as a secure and convenient solution.
厂商因此越来越多地转向以生物特征识别作为一种安全，方便的解决方案。
But a biometric identification system could be a unique identifier that might justify its additional expense for some vendors.
但是生物识别系统是一个唯一值得供应商为之支付额外费用的身份鉴别系统。
Biometric identification technology is now introduced into the identification domain; it is accurate, reliable and also secure.
为确保身份鉴别的精确性、可靠性和安全性，生物特征识别技术应运而生。
And the biometric identification entrance guard system includes fingerprint system, iris system, palm print system and voice system and so on.
其中生物识别门禁又包括指纹、虹膜、掌纹、语音等系统。
Volunteers pay an annual fee, undergo a background screening by the Transportation Security Administration and receive a biometric identification card.
志愿者支付年费，通过运输安全管理署进行背景筛查，并接受生物身份证。
Each center is guarded by multiple security procedures, including biometric identification, key card access, elevator lock outs and human verification.
每个中心采用多种安全手段以保证安全，包括生物识别、门禁卡、电梯锁和人工检查。
With a processing speed of 30 people per minute and the accuracy of biometric identification, the system is ideal for high-volume security applications.
系统拥有每分钟处理30个人的速度，使得它成为针对大量人群进行快速身份识别硬性要求的应用场所最理想的解决方案。
Creating a biometric identification system based around the individual user's typing style is cost-effective and also helps prevent potential civil liberties concerns.
创造一个基于用户键盘使用习惯的生物计量识别系统，不仅有利于节约成本，而且也有助于阻止潜在的民权问题。
Speaker recognition is the most natural biometric identification technique. It can be divided into two sub-fields: speaker identification and speaker verification.
说话人识别是最自然的生物特征身份鉴定方式，可分为说话人辨认和说话人确认。
As a novel biometric identification technology, more and more attention was paid to the recognition of human ear because of its unique physiological characteristics.
人耳识别作为生物识别一个新的研究方向，由于其独特的生理特征越来越受到更多人的关注。
Firstly identity identification based on biologic characters (Biometric identification technology) is introduced, and 12 biologic statistical characters are compared.
详细介绍了基于生物特征的身份鉴别技术，比较了12种用于身份鉴别的生物统计特征。
A fingerprint is unique, invariant and it is easy to obtain. All these notable features make fingerprint verification the maturest technique in biometric identification field.
指纹所具有的唯一性、不变性、易于获取等特性使得指纹识别成为生物鉴定学中的最为成熟的方式。
Now, fingerprint identification technology is the most widely used identification technique in the biometric identification field, and also is a hotspot for research and application.
目前指纹识别技术是生物识别领域中应用最广泛的识别技术，也是研究与应用的一个热点。
Furthermore, the palmprint identification is a new method of the biometric identification technology, and its theoretical and applied research has been paid attention from multi-branch.
其中掌纹识别是生物特征识别技术中一种新颖的身份识别方法，并在理论及应用研究受到了多方的重视。
Unlike previous ones, the e-passports contain biometric data embedded in a radio-frequency identification (RFID) chip, along with the usual mugshot and optical bar-code.
跟上一代不同，电子护照除了包含照片及光感条码之外，还记有生物体征数据，植在无线电频率识别(RFID)芯片上。
New biometric passports, which contain details such as finger prints and iris scans, will also improve identification.
新的生物特征护照，包含指纹和虹膜扫描的细节，也会增加识别能力。
Fingerprint identification as a biometric is becoming one of the most reliable personal authentication technologies due to the uniqueness and immutability of fingerprints.
指纹识别技术作为生物识别技术的一种，以其特有的唯一性和不变性，成为当前最可靠的个人身份识别技术。
Biometric personal identification is an important research area aiming at automatic identity recognition and is receiving growing interest from both academia and industry.
人体生物特征识别是自动身份验证的一个重要研究领域，并越来越受到关注。
Fingerprint identification is one of the most important and effective biometric technology which has been paid amount of attention. It is the significant part of individual authentication.
指纹识别作为一种方便有效的生物识别技术，受到了人们广泛的关注和重视，是目前个人身份认证的重要组成部分。
Radio frequency identification (RFID) technology and biometric feature recognition technology have become the mainstream of modern access control technology now.
射频识别(RFID)技术与生物特征识别技术如今已经成为当代门禁技术的主流。
Now, Fingerprint Identification is the most developed Biometric technologyextensively used in many fields, which has a bright future.
其中自动指纹识别技术是目前最成熟的生物识别技术，具有广阔的发展前景。
Iris recognition, an emerging biometric technology, which exploits the uniqueness of human iris texture, can accomplish automatic personal identification.
新出现的虹膜计算机识别技术利用人虹膜纹理的独特性，可以完成自动身份识别的任务。
Fingerprint verification is an important biometric technique for personal identification.
指纹识别是一种重要的生物特征识别技术用于识别个人身份。
Automated palmprint recognition is an important part of biometric based personal identification.
掌纹自动识别是对基于生物统计学的身份鉴别的重要补充。
With the development of the information security requirement of modern society, using biometric character to identify one's identification quickly and exactly thrives.
随着现代社会对信息安全要求的不断提高，利用生物特征进行快速而准确的身份识别越来越受到人们的重视。
The accordance of personal identification makes use of iris image abundant structure and streak feature, more reliable than other biometric characteristic recognition.
利用虹膜图像中丰富的结构和纹理特征作为身份鉴别的依据，与其他生物特征识别相比，具有更高的可靠性。
The accordance of personal identification makes use of iris image abundant structure and streak feature, more reliable than other biometric characteristic recognition.
利用虹膜图像中丰富的结构和纹理特征作为身份鉴别的依据，与其他生物特征识别相比，具有更高的可靠性。
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