文件名称:61EDA
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分析了各种视频采集方案的研究现状。对如何采用CCD 摄像头采集高分辨率、高质量的图像以及基于FPGA 的嵌
入式视频图像采集系统的实现方法进行了研究。采用了以摄像头+ 解码芯片模式为采集方案， 针对视频解码芯片
ADV7181B，实现了I2C 总线配置、ITU656 解码、VGA 显示模块的设计。设计的视频采集控制器已经在Altera 公司的CycloneII
系列FPGA(EP2C35)上实现。结果显示本设计具有速度高、成本低、易于集成等优点-Analysis of a variety of video capture programs reviewed. On how to use CCD camera capture high-resolution, high-quality images, as well as FPGA-based embedded video image acquisition system realization method was studied. Used to camera mode+ decoder chip collection program for video decoder chip ADV7181B, realized the I2C bus configuration, ITU656 decoder, VGA display module design. The video capture controller has been designed in the Altera' s CycloneII series FPGA (EP2C35) to achieve. The results showed that this design has a high speed, low cost, easy to integrate the advantages of
入式视频图像采集系统的实现方法进行了研究。采用了以摄像头+ 解码芯片模式为采集方案， 针对视频解码芯片
ADV7181B，实现了I2C 总线配置、ITU656 解码、VGA 显示模块的设计。设计的视频采集控制器已经在Altera 公司的CycloneII
系列FPGA(EP2C35)上实现。结果显示本设计具有速度高、成本低、易于集成等优点-Analysis of a variety of video capture programs reviewed. On how to use CCD camera capture high-resolution, high-quality images, as well as FPGA-based embedded video image acquisition system realization method was studied. Used to camera mode+ decoder chip collection program for video decoder chip ADV7181B, realized the I2C bus configuration, ITU656 decoder, VGA display module design. The video capture controller has been designed in the Altera' s CycloneII series FPGA (EP2C35) to achieve. The results showed that this design has a high speed, low cost, easy to integrate the advantages of
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基于FPGA的视频图像采集系统的设计.pdf