虹膜识别技术

虹膜识别技术是目前发展很快的生物识别技术。

Iris identification technology is a kind of biometric recognition technology that develops very fast for present time .

目前虹膜识别技术被广泛认为是最具有推广价值的生物识别技术之一。一般的虹膜识别系统包括虹膜图像获取、虹膜图像预处理、特征提取和匹配识别等几部分。

Iris identification technology is regarded as one of the most promising biometric cognition technology . A typical iris recognition system based on iris patterns is composed of iris image acquisition , image preprocessing , feature extraction and coding , matching and recognition .

韩国另一智能手机制造商LG公司，据说也极有可能成为虹膜识别技术的领跑者，而最初该公司甚至并未打算在其G4手机配置指纹扫描仪。

Another South Korean smartphone manufacturer , LG , which hadn 't originally even intended to integrate fingerprint scanner on its LG G4 , is reportedly very likely to become a front-runner in smartphone technological breakthroughs .

虹膜识别技术是一种新兴的生物特征识别技术。

Iris recognition is a new kind of biological characteristic recognition .

虹膜识别技术是一种非侵犯性的身份鉴别技术。

Iris recognition is a noninvasive technique for human identification .

虹膜识别技术在物资安全管理中的应用研究

The Application of Iris Recognition in secure Management of Goods and Materials

虹膜识别技术中小波变换的应用原理与方法

Application-oriented Principles and Methodology of Wavelet Transform in Iris Recognition

提高网络接入控制安全的虹膜识别技术研究

Study of Improving Access Control Security Using Iris Identification

活体虹膜识别技术的开发与分析

Development and Analysis of the Alive Iris Recognition Technique

虹膜识别技术中瞳孔特征参数分析

Feature parameter analyzing of human pupil for iris recognition

基于小波变换过零检测的虹膜识别技术

Recognition of lris Using the Wavelet Transform Zero-Crossing Detection

基于虹膜识别技术的网上购物安全性设计

The Project of an E-Commerce Safety Based on the Technology of the Iris Recognition

在众多的生物识别技术中，虹膜识别技术有着无可比拟的优越性。

In all these biology recognition technologies , iris recognition technology has the prime advantage .

虹膜识别技术的高精度使它能够在众多识别技术中占有一席之地。

The high precision of iris recognition is the special status in numerous biology recognition technologies .

虹膜识别技术中的图像处理

Image processing of iris recognition

论文首先对数字水印技术和虹膜识别技术进行了比较深入的分析和研究。

The digital watermarking technology and iris recognition technology are analyzed and studied deeply in this paper .

通过将虹膜识别技术与其它生物识别技术相比较，对虹膜识别技术的优点进行了讨论。

By compared with other technology of biologic recognition , the advantage of iris recognition is described .

虹膜识别技术的研究

Study on iris recognition technology

当今各种生物识别技术中，虹膜识别技术具备着独一无二的优点，这项技术在多种场合已有所发展，在门禁领域也得到了应用。

Today , among various kinds of biometric technology , iris recognition has its own unique advantages .

虹膜识别技术由于其具有的独特优势，已经成为了当今炙手可热的生物特征识别技术之一。

Iris recognition has become one of the most popular biometric technologys , because of its unique advantages .

在虹膜识别技术的应用进程当中，虹膜图像采集装置的研制和嵌入式虹膜识别系统的开发是和虹膜识别算法一样具有举足轻重的地位。

The developments of iris collection device and embedded iris recognition system have the same important effect as the iris recognition algorithm .

虹膜识别技术由于具有唯一性、稳定性、可采集性、非侵犯性、高安全性等优点，获得了较快的发展。

Because the iris recognition technology is unicity , stability , collected , noninvasive and high-security , it has been developed rapidly .

近些年来虹膜识别技术在研究和应用方面都得到了长足的进步，并表现出了广阔的前景和市场。

In recent years , iris recognition has made progress in technology research and application , and has a wide prospect and market .

由于虹膜识别技术对个体识别具有高度的可靠性，已成为目前生物识别中最有发展前景的识别技术之一。

One of the most promising recognition techniques is the one based on the human iris due to its high reliability for personal identification .

其中预处理是虹膜识别技术中的重要步骤之一，预处理结果的好坏将直接影响到虹膜识别的准确性。

Image preprocessing is one of the most important parts , and the result of it will directly affect the accuracy of iris recognition .

作为最可靠的生物特征之一的虹膜识别技术，因其唯一性、稳定性、高可靠性和非侵犯性等特点而备受关注。

Since such features as the uniqueness , stability , high reliability and non-invasion , the iris recognition attracts the more and more attention .

小波分析理论是一种优秀的时频分析工具，被众多研究者应用于虹膜识别技术，并取得了一定成果。

Wavelet analysis theory is a so excellent time-frequency analysis tools that many researchers have applied it to iris recognition technology and achieved certain results .

本文针对虹膜识别技术中的虹膜图像质量评价，提出了将图像质量评价过程分为粗评价与细评价两个评价阶段。

In this paper , I proposed to divide the iris image quality evaluation process of iris recognition technology into rough evaluation and meticulous evaluation .

虹膜识别技术具有良好的稳定性、准确性和安全性，无论是识别算法还是应用研究，都具有广阔的发展前景。

Thanks to the characteristics of iris such as stability and safety , and both the recognition algorithm and application research have wide development prospects .

生物特征识别技术中有人脸识别技术、指纹识别技术和虹膜识别技术等。

Biometric identification technology includes face recognition , fingerprint recognition , iris recognition technology , etc. Fingerprint recognition is the mainstream of biological recognition technology .