图像采集

DSP实时处理平台的图像采集模块的设计

Design for Image Acquisition Module in DSP Real Time Processing Platform

基于高分辨率线阵CCD和ChannelLink标准的图像采集技术。

Image acquisition technology based on high-resolution line scan CCD and Channel Link standard .

基于MicrosoftOffice的金相图像采集、处理与分析

Metallographic Structure Process and Analysis System Based on Microsoft Office Software

高质量X射线检测数字化成像及图像采集

Digital imaging and its data quick acquisition in high quality X-ray testing

其中图像采集系统是由CCD摄像机和图像采集卡组成。

Image acquirement is fulfilled by CCD camera and image card .

CCD图像采集过程中的实时误差校正

Real time distortion correction in the process of CCD signal acquisition

基于FPGA的图像采集模块的设计

Design of image acquisition unit based on FPGA

基于嵌入式系统的高速CCD图像采集

High-speed CCD image sampling based on an embedded system

提高某型判读仪CCD数字图像采集速度的方法

Method for improving the CCD digital image collection speed of a certain interpretoscope

基于FPGA的线阵CCD图像采集控制的实现

Realization of Logic Control of Acquiring Image From Linear CCD Camera Based on FPGA

基于TIDSP的红外图像采集预处理系统的软硬件实现

Implementation of Software and Hardware for Infrared Image Catching and Processing System Based on TI DSP

目前，基于FPGA与计算机总线的图像采集系统应用领域非常广泛。

At present , image capture system based on FPGA and computer bus is applied broadly .

嵌入式CCD视频图像采集系统

Embedded CCD video & image acquisition system

基于USB和目标识别的图像采集系统的设计实现

The Realization of the Image Sampling System Design Based on USB bus and Target Recognition

典型的光斑检测系统由CCD模拟摄像机、图像采集卡和计算机组成，对图像信号的图像处理都是在计算机内完成。

Typical visual inspection systems are simulated by the CCD camera , frame grabber and a computer .

计算机通过CCD传感器和图像采集卡，获得长水准泡的数字图像并进行处理，从而实现对长水准泡的检测。

By processing the digital image of plate level , the testing of the plate level is accomplished .

基于CCD的X线医学图像采集与BMP文件转换

Acquisition of X-ray image and its format conversion into BMP ones based on CCD

基于Delphi的扫描仪图像采集程序的开发

Study on Scanner Image-Acquiring Program Using Delphi

经实践证明，应用在高速测量、CCD图像采集系统中处理效果良好。

With practice , the effect is finer apply the system to high-speed measure and system of acquiring CCD framing .

利用光学仪器CCD（电荷耦合器）和图像采集卡进行机构弹性轨迹的测量。

Elastic trace of a flexible coupler is measured by optical instrument CCD ( Charge Coupled Devices ) and image card .

基于ASIC设计的图像采集系统的实现

The Design and Realization of Based on ASIC Image Capture in a Traffic System

系统由CCD摄像机、荧光成像光学系统、图像采集卡等组成。

The DNA chip detection system is designed with a CCD camera , fluorescence imaging optical system , and image collecting board .

该系统采用了线阵CCD机械拼接扫描、多域值二值化高速数据存储、PCI高速图像采集卡、计算机控制等技术。

CCD splicing technology , data storage , PCI-interface high-speed image collecting technology and controlling technology are used in this system .

PACS系统中的各种图像采集方法的比较

Comparison of Image Acquiring Methods in PACS

硬件电路主要包括电源，FPGA及其配置电路，图像采集、存储以及VGA显示电路。

The hardware circuit includes a power source , FPGA , image acquisition and storage , VGA display circuit .

本文首先分析了目前主要的视频图像采集系统方案，通过对核心处理器芯片的比较设计了以FPGA作为核心处理器的红外图像采集系统。

Through the comparison of the core processor chips , the infrared video image acquisition system is designed , which uses FPGA as the core processor .

在研究焊缝跟踪模型的基础上，以CCD摄像机、图像采集卡、工控机为核心完成焊缝视觉跟踪系统的硬件平台的搭建。

Based on model of the tracking weld seam system , the visual tracking hardware platform with CCD camera , image collecting card is build .

利用CCD图像采集设备，结合计算机图形编程，实现了对动态图像的扫描处理，从而获得跟踪点的运动轨迹图像。

Based on the image technology , the motion trajectory of tracing points can be acquired automatically by scanning the pictures captured via a CCD camera .

第四部分介绍了一种更易于实用化的联网系统，主要阐述了主机端基于PCI总线的实时图像采集卡的设计。

It mainly states the design of real-time image acquisition card based on PCI bus and development of WINDOWS driver programs for the card .

PACS的特点包括：1、图像采集迅速，传输快捷2大容量小空间的影像存储。

The characteristics of PACS include : 1 rapid acquisition and transfer of picture 2 large storage with small volume .