2006年，指纹传感器流行的笔记本电脑市场。
In 2006, fingerprint sensors gained popularity in the notebook PC market.
指纹传感器。
用户只要将一个手指扫过传感器就可以使用指纹传感器了。
To use a fingerprint sensor, a user simply swipes a finger across the sensor.
其他性能参数传闻还包括支持高通的快充4.0以及手机前部的指纹传感器。
Other specs that have been suggested are support for Qualcomm's Quick Charge 4.0, as well as a fingerprint sensor on the front of the device.
外界的猜测主要集中在常见类型的摄像头和处理器功能增强上，以及可能装有指纹传感器。
Much of the speculation there has centered on the usual kinds of camera and processor enhancements, as well as the likelihood of a fingerprint sensor.
讨论了一种基于指纹传感器的血站管理系统，重点介绍了半导体指纹传感器在系统中的应用。
A blood station administration system based on fingerprint sensor is discussed in this paper. The ap-plication of semiconductor fingerprint sensor to the system is discussed importantly.
实验结果表明：该算法能有效地判断半导体指纹传感器的图像质量，有助于提高自动指纹识别系统的整体性能。
Experimental results show that this algorithm is quite effective in fingerprint image quality estimation, and help to improve the performance of the fingerprint identification system.
重点研究接口电路的硬件组成和如何采用硬件语言VHDL编程控制滑动式指纹传感器以完成高质量的指纹采集工作。
The paper studies the hardware of the interface circuit and how to control the sweep fingerprint sensor to complete the task of high quality fingerprint gathering with hardware language VHDL.
多年来，指纹识别从蘸墨手印，按压传感器到非接触采集。
Over the years, fingerprinting has evolved from an inky mess to pressing fingers on sensor screens to even a few touch-free systems that work at a short distance.
介绍了波导全息指纹图像传感器中的波导全息元件、成像系统及计算机接口部分设计制作原理。
The design principles and fabrication of the micro optic components used in the sensor are also described.
在实验中利用光纤微液滴传感器测试了多种不同液体试样，尤其分析了不同浓度的乙醇溶液对应的光纤液滴指纹图。
The optical fiber drop sensor is a type of the liquid-testing sensors based on the relationship between the dripping process and the characters of the liquid to be tested.
提出了一种采用波导全息元件和CMOS图像传感器的指纹采集器。
An optical fingerprint entry device based on waveguide hologram and CMOS image sensing was proposed.
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。
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.
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。
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.
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