该系统经过实际试验采集到的图片清晰，适用于计算机数字图像处理。
In practical experiments, clear images fit for the computer digital image processing is gotten.
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。
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.
最后重点阐述了研究钢卷空间位置识别系统所要用到的一些数字图像处理技术，并用这些技术和方法对采集的钢卷图像进行了处理和分析。
Finally, the paper stressed the digital image processing technique used in recognition system of steel roll space position and used this technology to process and analyze the steel roll images.
本实验系统中包含有长距离显微镜，三光束系统，数字图像采集和处理系统等。
A new experimental system is developed, which consists of long distance microscope, the three beam interferometer, digital image processing system and the software.
搭建了一套包括流动显示水槽、氢气泡发生装置、数字图像采集及分析软件相结合的氢气泡流动显示实验系统。
A set of flow visualization experimental apparatus including of water channel, hydrogen bubble producing equipment and flow digital image acquisition and procession software is established.
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。
After comparing CMOS with CCD for their own structures and performances detailedly, choosing CMOS digital image sensor as the acquisition unit.
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。
CCD receives the optical imaging of Cross Divisional Board. The decentration measurement software processes the digital image provided by image Acquisition System.
设计了一种以fpga为数据采集逻辑控制单元，以dsp为高端图像处理单元的数字图像处理系统。
The digital image processing system is designed based on DSP and FPGA. In the system FPGA is used as a main logic unit and DSP as advanced image processing unit.
介绍一种新型炉膛火焰检测仪，阐述其系统组成及特点，并提出数字图像采集及图像处理方法。
A new kind of hearth flame detector is introduced. The components and characteristics of this system are expounded.
介绍一种新型炉膛火焰检测仪，阐述其系统组成及特点，并提出数字图像采集及图像处理方法。
A new kind of hearth flame detector is introduced. The components and characteristics of this system are expounded.
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