摘要
生物识别技术中发展最成熟、运用最广泛的指纹技术的应用涉及指纹图像采集、图像处理、特征提取、特征比对与匹配等,其最基础、最重要环节是高质量指纹图像采集。光学、半导体、超声波3种常用指纹图像传感器各有优势及局限性,同时,更先进的指纹图像传感器亦在研发。主要介绍各种指纹图像传感器技术关键、性能特点,并简要介绍其应用情况及发展趋势。
Some well developed techniques, such as dactylogram image capturing and processing, characteristic abstraction,comparison and matching, are among the most widely applied ones in the biology identification. Especially high quality image acquiring techniques are the most foundational, the most important links. While new methods are under developing, photology, semiconductor and ultrasonic are still the common methods to implement dactylogram transducers, although every method has the pros and cons. The techniques in dactylogram image capturing, as well as key points and features of performance are introduced. Technique application and development trends are also briefly discussed.
出处
《传感器技术》
CSCD
北大核心
2005年第9期1-3,7,共4页
Journal of Transducer Technology
关键词
图像采集
指纹图像传感器
光学
半导体
超声波
image capture
dactylogram image transducer
photology
semiconductor
ultrasonic
作者简介
张亮（1966-）,男,江苏淮安人,副教授.2000～2005年,发表论文56篇,研究方向为警用电子装备.
