In the developed CCD image sensor system, real-time collecting and disposing the welding temperature field image is realized by means of using the method of colorimetric temperature measure.
所研制的CCD图像传感器系统，通过采用比色测温的方法，实现了对焊接温度场图像的实时采集与处理。
The system is on the basis of principle of the structural light strip method, with the application of CCD pickup camera, linear laser light source, the computer image collecting and the software, etc.
介绍了一种基于结构光条法原理，运用CCD摄像机、线激光光源和计算机图像采集系统与软件等，研制出机车车辆轮对外形磨耗自动检测系统。
External sync CCD data acquisition System consists of linear CCD image sensor with external sync function and high speed data acquisition device.
外同步CCD数据采集系统由具有外同步功能的线阵CCD图像传感器和高速数据采集器两大部分组成。
According to the need of saving core resources in digital forms, a colorized linear CCD image acquisition system for core image scanner was designed and implemented.
针对岩心资源数字化的需求，设计并实现了一种用于岩心图像扫描仪的彩色线阵CCD图像采集系统。
The system chiefly consists of a confocal microscope, a CCD camera, testing stages, image grab card and a computer.
该系统主要由同轴显微镜、CCD摄像头、检测平台、图像采集卡和计算机组成。
The chamber could produce even and invariable light for the CCD camera, and the vision system collected and transferred series of images information to computer memory at real time.
光照系统可为CCD摄像机的视区提供均匀和恒定的无影光照；图像采集系统可实时采集害虫的序列图像信息并送至计算机内存进行处理。
The sampling system based on this method captures the gray scale image by linear CCD, and then processes the data and calculates the edge position by a microprocessor.
基于该方法的采集系统由线阵CCD 采集边缘的灰度图像，使用单片机来处理数据，并计算出边缘的位置。
It is composed of a circular autorotation crawling mechanism, a CCD camera, a movement control card based on DSP and a high-resolution image acquisition card, and so on.
该系统由环形自转式运动机构、CCD摄像机以及基于DSP的运动控制卡和高分辨率的图像采集卡等组成。
CMOS digital image sensor and PIC18F4550 micro-controller with USB bus are applied to this sys - tem instead of the analog CCD camera to realize the digital acquisition and intelligent transmission.
系统运用CMOS数字图像传感器取代模拟CCD摄像机，采用带有usb总线的PIC18 F 4550单片机来控制和传输数据，实现了视觉检测前端数据采集与传输的数字化、智能化。
After comparing CMOS with CCD for their own structures and performances detailedly, choosing CMOS digital image sensor as the acquisition unit.
特别是在详细对比CMOS与CCD在结构、性能上的各自的优缺点后，选择了CMOS数字图像传感器作为本系统的图像采集单元。
The system's hardware is mainly comprised of a microscope, a CCD camera, a video image card and a precise positioning stage.
硬件系统以显微镜头、CCD、图像采集卡和精密工作台为核心组成。
The system is composed of an optical autocollimator, a CCD and image collector board etc.
该系统由光学准直仪、CCD和图像采集卡等组成。
To increase the speed of data acquisition of CCD image by computer, an pipelining mode acquisition system of CCD readout, A/D conversion and data transfer is designed.
为了加快科学级CCD相机图像数据的计算机采集速度，设计了CCD信号读出、A/D转换、数据传输流水线工作方式采集系统，不提高电荷转移速度的情况下快速采集图像。
The hardware in this measurement system of three-dimensional profilometry that consists of projecting light, CCD camera, image card and computer is designed.
设计了由投影光源、CCD摄像机、图像采集卡和计算机等组成的三维形貌测量系统硬件装置；
CCD receives the optical imaging of Cross Divisional Board. The decentration measurement software processes the digital image provided by image Acquisition System.
CCD接收十字分划板的光学成像，中心偏测试软件处理处理由图像采集系统提供数字图像。
Developed countries have got successful experience in high performance image acquisition and processing system based on CCD image sensor. However, we still know little about such system.
发达国家对于基于CCD图像传感器的高性能图像采集和处理系统的开发已经具有了一定的经验和成功先例，而在我国，相关的技术开发还比较薄弱。
The camera lens diaphragm is an important component in a noncontact optical imaging system and has a crucial influence on the images registered on the CCD camera.
镜头光阑是非接触式光学成像系统中的一个重要部件，并对CCD相机上采集到的图像具有重大影响。
The core parts of the system are CCD camera, microscope, im age collection and image processing.
以CCD相机为核心，结合显微镜放大、图像采集和图像处理构成检测系统。
The CCD image collection and analysis system with mighty function was used in the experiment to attain the orderliness of the particle distribution and movement.
采用功能强大的CCD图像采集分析系统，获得颗粒的分布和运动规律，考察了安装高度、运行参数等对分布板颗粒分布性能的影响。
It make a target of fast intellective damage detection. Depended on concurrent sensor array of 4 CCD, the system collects the surface image data of the bridge cable, and sends the data to DSPs.
所研制的系统针对桥梁拉索结构的特点，构建出桥梁拉索爬行机构，采用4个CCD摄像机组成了并行式图像采集阵列，实时的将同一时刻拉索表面一周的视频图像数据传送到缺陷检测处理系统中。
The instrument bases on linear CCD and the erected turntable controlled by host PC to perform, which can acquire the asphalt mixture's images and extract the image features based on this system.
系统基于线阵CCD和竖立转台，通过上位机控制 系统采集，并可以在此基础上，提取沥青混合料的图像特征。
The tree image processing system includes a CCD camera, an image grabber, a computer and software, and an experimental set-up.
树木图像采集处理系统包括CCD摄像头、图像采集卡、计算机软件和试验装置。
Studied in this thesis is the design of line-sain CCD camera cable of performing high-speed image capturing.
本文研究的目的：为高速图像识别系统提供一种能高速完成图像采集的设备方案。
The railway image was taken by a CCD camera, and stored in the computer.
由摄像机、采集卡、计算机及相关软件建立一套路况图像采集与识别系统。
The system contains Kodak CCD image sensor KAF09000, image processing chip VSP3100 for image acquisition, and 32 bits processor MPC8247 for system control and data transmit.
该系统选用了柯达公司的科学级CCD芯片KAF09000，采用专业图像处理芯片VSP3100采集图像，使用32位处理器MPC8247进行系统控制和数据传输。
This system is made up of the camera(CCD), the image gathering processing module and the vehicles recognition.
本文根据棉花的荧光特性，设计了一种适合采集和处理棉花纤维显微荧光图像的图像采集系统。
The large area array CCD image sensor ICX205AL of SONY is analyzed and the image acquisition and processing system is designed based on this image sensor.
详细分析了SONY公司的大面阵CCD图像传感器，并以此器件为核心完成了图像采集和处理系统的设计。
Firstly, the computer produced a bar chart and it was the input image. Then, the bar chart was imaged via the system, and the CCD camera taken the output image.
首先由计算机生成矩形标靶，由高性能CCD摄像系统采集仿真系统输出的矩形标靶图像，然后再处理出该仿真系统的MTF曲线。
Firstly, the computer produced a bar chart and it was the input image. Then, the bar chart was imaged via the system, and the CCD camera taken the output image.
首先由计算机生成矩形标靶，由高性能CCD摄像系统采集仿真系统输出的矩形标靶图像，然后再处理出该仿真系统的MTF曲线。
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