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基于FPGA视频和图像处理系统的FIFO缓存技术
引用本文:向厚振,张志杰,王鹏.基于FPGA视频和图像处理系统的FIFO缓存技术[J].电视技术,2012,36(9):41-43.
作者姓名:向厚振  张志杰  王鹏
作者单位:中北大学,中北大学,中北大学
摘    要:通过研究视频图像处理和视频图像帧格式以及FIFO缓存技术,提出了基于FPGA的视频图像处理系统设计。该设计运用帧间差分法、同步FIFO缓存设计,有效避免了图像处理系统设计中亚稳态和异步信号处理等时序性难题,实现了视频图像序列的动态目标检测系统设计。ChipScope在线逻辑分析结果表明,所设计的系统具有实时的视频图像处理性能,与基于外接存储器缓存的系统设计相比较,稳定性更高,实时性更好,功耗更低。

关 键 词:FPGA  图像处理  帧差法  FIFO  动态目标检测  ChipScope
收稿时间:2011/11/7 0:00:00
修稿时间:2011/12/15 0:00:00

The FIFO Cache Technology in the Video and Image Processing System based on FPGA
xianghouzhen,zhangzhijie and wangpeng.The FIFO Cache Technology in the Video and Image Processing System based on FPGA[J].Tv Engineering,2012,36(9):41-43.
Authors:xianghouzhen  zhangzhijie and wangpeng
Affiliation:North University of China,North University of China,North University of China
Abstract:Through the research of the video image processing,the video image frame format and the FIFO cache technology,a video image processing system design based on FPGA is proposed.The design seheme makes use of the frame difference method and the sychronous FIFO cache design,which can effectively avoid the inevitable problems of the metastability and asynchronous signal timing in the image processing system design,and complete the dynamic target detection system design of the video image sequence.ChipScope logic analysis results indicate that the design has a real-time video image processing performance.Compared to the external memory cache system design,this system is higher stability,better real-time character and lower power consumption.
Keywords:FPGA  image processing  Frame difference  FIFO  dynamic target detection  ChipScope
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