A high speed image data acquisition system used in the video graphic copier is introduced.
介绍视频图象印相机中所采用的高速图象数据采集系统。
With the development of high speed image processing, the soft-core processing technology of image processing system has become a hotspot of research.
随着高速图像处理技术的应用领域不断扩大，对图像处理速度的要求也越来越高，当前基于软核处理器的图像处理系统成为研究的热点。
A high speed image scanning system was designed to meet the requirement of fast scanning large images, which was based on scanning electron microscopy (SEM).
为满足快速扫描大面积图形的需要，设计了基于扫描电镜的高速图形检测系统。
The high speed, real time image capturing system based on distributed is designed in order to resolve the issue of high-speed image capturing in real-time and remote distance transmitting.
为了解决高速图像的实时采集、远距离传输等问题，我们自主设计并开发了分布式高速图像实时采集系统。
It's difficult to find contact from the image photographed by high-speed image sampling system because of the light reflection characteristics of switching arc, contact and interrupter.
由于开关电弧的发光特性和电器触头系统及灭弧室的反光特性，使从高速图像采集系统拍摄到的图像中很难观察到电器触头。
The paper describes the design of a USB2.0 interface which applied in the data acquisition system, and proposes a novel method for implementing high-speed image transferring by DMA.
本文介绍了一种应用在数据采集系统中的USB2.0接口设计，并提出了一种DMA方式下实现超声内窥镜高速图像传输的新方法。
Based on high-speed image gathering and access control, by adopting the FPGA embedded SOPC plan, the human face attendance access control management system was developed.
基于FPGA的嵌入式SOPC方案进行高速图像采集与门禁控制，设计开发了人脸门禁考勤控制管理系统。
Being analysed and compared with existent methods, this new method was proved fast and effective, and suitable to high-speed image process in machine vision systems.
实验表明，该方法快速有效，并特别适用于基于高速图像处理的机器视觉系统。
The structural characteristics of the air core inside of the hydrocyclone under different cone Angle and inlet flows are investigated by adopting the high-speed image technology.
利用高速摄像技术研究了不同锥角和进口流量下旋流器内空气柱的结构特征。
The structural characteristics of the air core inside of the hydrocyclone under different cone Angle and inlet flows are investigated by adopting the high-speed image technology.
利用高速摄像技术研究了不同锥角和进口流量下旋流器内空气柱的结构特征。
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