ccd cmos

Image sensing technology based on CCD and CMOS

基于CCD与CMOS的图像传感技术

The applications of CCD and CMOS image sensor in medical diagnosis are described in detail .

主要介绍了CCD和CMOS图像传感器在医学诊断领域中的应用。

CCD and CMOS Technologies in Digital Cameras

基于数码相机的CCD与CMOS技术

CCD and CMOS image sensors each have strengths and weaknesses coming from their architecture or their fabrication process .

CCD与CMOS图像传感器由于结构和制造过程的不同而存在各自的优势与劣势。

The characteristics and the recent progresses of color film and CCD ( CMOS ), as image sensor , are detailed in this paper .

文中详细介绍了作为图像传感器的彩色胶卷和CCD（CMOS）的特性及其最新进展。

Digital still camera using single-chip CCD or CMOS sensor acquire colorful image with a Color Filter Array ( CFA ) .

单片CCD或CMOS传感器数字相机采用CFA获得彩色图像信息。

In this paper , the video preprocessing , which is between the CCD / CMOS sensor and the video coder are deeply researched .

本文主要对在视频压缩编码之前，CCD（或者CMOS）传感器采集之后的原始视频数据所做的视频前处理进行了深入的研究。

Homojunction and Heterojunction in Cdte Polycrystalline Thin Films A Dissection of Differences and Similarities of CCD and CMOS Image Sensors

CdTe多晶薄膜的同质结与异质结CCD和CMOS图像传感器的异同剖析

However , the current resolution level of CCD and CMOS image sensors can not make a captured image have no visible artifacts when it is magnified .

由于CCD和CMOS传感器的分辨率级不够高，采集的图像在放大时经常容易产生失真。

A typical consumer digital camera uses one single-chip CCD or CMOS sensor with a Color Filter Array ( CFA ) to capture images which are named as CFA images .

为了减少数码相机的成本和体积，通常采用表面覆盖一层彩色滤波阵列（CFA）的单CCD或CMOS传感器来捕获图像。

With the development of the high-resolution opto-electronic sensors like CCD / CMOS and high-speed computer technology , the digital hologram can be reconstructed numerically , which enables the digital holography developed rapidly .

随着高分辨率CCD及高速计算机技术的发展使得对数字全息图的记录和数字化处理成为可能，因此数字全息得以快速发展。

Microscope is very important in researching and studying as a auxiliary tool . In recent years there is a dramatic development in image sensors such as CCD and CMOS , and in various image processing algorithms .

显微镜是在科研和学习工作中起到很大辅助作用的重要工具，随着近年来CCD和CMOS等图像传感器的重大发展，以及各种图像处理算法的出现，显微镜已经越来越向数字化、自动化的方向发展。

Digital photosensitive electronic element is used in digital holography , such as CCD and CMOS camera . It records holograms in these instruments instead of silver holographic plate in traditional optical holography .

数字全息是利用CCD、CMOS摄像机等数字光敏电子元件来代替普通光学全息中的银盐干板记录全息图，用计算机模拟光学全息再现过程将物体准确的再现出来的技术。

The progress and future prospect of silver halide photography and digital photography are analyzed by comparing the structure and efficiency of image formation of color film with those of CCD and CMOS in digital still cameras .

通过比较普通彩色胶卷与普通电子照相机CCD及CMOS的结构及其成像效率，分析了卤化银照相和数码照相的进展及其前景。

Most commercial digital cameras use a single CCD or CMOS sensor having a color filter array on its surface to get red , green , or blue samples . At each pixel location , only one color sample is taken .

大部分消耗型数字相机都采用单片CCD或CMOS图像传感器，并通过一个彩色滤波阵列来实现，因此在每个像素上只能采集红、绿或蓝一种颜色分量。

After making a small change on the current digital cameras , where CCD / CMOS image detectors available , it 's feasible to take images of pupils of photographers . Then pupils ' position is calculated following threshold treatment and morphological operations .

对现有照相机结构稍加改进后，可以利用数码相机中现有的CCD/CMOS图像传感器获取拍摄者眼睛的图像，再通过对拍摄者眼睛的图像进行处理来判断其瞳孔在眼睛中的位置。

Digital holography applies the photoelectric sensor ( such as CCD or CMOS ) instead of holographic plate to record images , then we store these images to the computer to reappear or handle the recorded objects by using the simulation of optical diffraction .

数字全息是用光电传感器件（如CCD或CMOS）代替干板记录全息图，然后将全息图存入计算机，用计算机模拟光学衍射过程来实现被记录物体的全息再现和处理。

There are two kinds of solid image sensors : Charge Coupled Device ( CCD ) and CMOS sensor . The paper analysis the characteristic of two kind sensors and the CCD is chosen to use .

在固体图像传感器中主要有两种固体传感器：电荷耦合器件CCD和CMOS图像传感器，就这两种传感器的性能本文进行了讨论，最终选用了CCD图像传感器。

The utilization of digital camera takes the more convenient to today 's printing and publishing industry , which includes CCD technology and CMOS technology . The essay makes a brief introduction for the two technologies .

数码相机的应用为今天的出版印刷带来了更多的方便，其主要技术是CCD技术与CMOS技术，本文对这两种技术作了简要介绍。

The main types of image sensors are CCD sensors , CMOS sensors , CIS sensors and thermoelectric sensors , in which , CCD sensors are widely applied to fields of high accuracy measurement , image analysis , spectrum detection and so on with their remarkable performance .

目前主要的有CCD图像传感器、CMOS图像传感器、CIS图像传感器及热电图像传感器。其中，CCD图像传感器以其卓越的性能广泛应用于高精度测量、检测、图像分析、光谱探测等领域。

Compared with CCD image sensor , CMOS image sensor not only reduces the power , but also owes light weight , small room and low cost .

与传统的CCD图像传感器相比，把整个图像系统集成一块芯片上，不仅降低了功耗，而且具有重量轻、空间占有小以及总体价格低的优点。

With the development of information technology , image sensor is more and more used in scientific research and production and living , and now it is mainly CCD image sensor and CMOS image sensor .

随着信息技术的发展，图像传感器越来越多的应用在科学研究和生产生活中，目前使用的主要是CCD图像传感器和CMOS图像传感器。