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Video_Capture_System_Based_on_FPGA
- 利用fpga驱动液晶视频的相关资料,里面包含开发流程和模块设计-The use of fpga-driven liquid crystal video information, which includes the development process and module design
fjq4
- 光纤通信以其损耗低、高带宽、抗电磁干扰、保密性好等优点越来越多地应用在视频通信中[1~ 5 ]. 针对 光纤综合业务传输平台, 本文提出了一种将三路视频信息复用为一路视频信息的数字复接器的硬件电路 设计. 提高了传输容量和传输效率, 达到抗干扰、抗噪声的能力, 从而改善了传输平台的环境适应性及工作 性能. 该复接器硬件电路的设计采用EDA 技术, 以FPGA 器件为载体, 使用VHDL 硬件描述语言进行电路-Optical fiber communication with its l
CFCF
- 该模块是实现一种基于FPGA的视频图像采集系统设计-FPGA-based video image acquisition system design
Video-de-interlacing
- 两篇有关视频去隔行的论文,分别是算法研究和fpga实现,挺不错的-The two video deinterlacing papers, algorithm research and FPGA to achieve very good
h.264
- h.264用FPGA实现的相关文章 多为会议论文和硕士论文,其中详细讲解了H.264 视频编码标准的实现过程。-h.264 with FPGA related articles and conference papers, mostly master' s thesis, which gave a detailed account of the H.264 video coding standard implementation process.
preventing_emanations_from_DVI
- 论文方案,分析实现DVI视频信息反截获的FPGA实现技术-Technology of preventing compromising emanations from DVI video signal in FPGA.
design
- 本课程设计主要研究基于FPGA的点阵汉字动态显示。首先介绍了LED点阵显示汉字的原理,然后通过编程控制可以显示中英文字符、图形及视频动态图形-This course is designed primarily based on FPGA dynamic display dot matrix characters. First introduced the principle of LED dot matrix display Chinese characters, which can then
FPGAVIDEO
- 这是一篇论文《FPGA控制实现图像系统视频图像采集》做这方面研究可以参考一下-This is a paper "FPGA Implementation of Image capture video images."
FPGA_Codec
- 数字视频摄像机体系结构方案,采用FPGA技术实现视频监控-FPGA MPEG-4 CODEC
PIP
- 基于FPGA的画中画处理PDF技术文档,采用SD卡里图片读出来做为底图,然后再图上叠加另外一个图片或者视频-Based on the FPGA picture in picture processing PDF technical documentation
PAPER2
- FPGA+DSP异构视频处理系统中基于SRIO的数据高效传输方法-FPGA+ SRIO data transmission method efficient heterogeneous DSP based video processing system
FPGA_GigE
- 文章描述基于FPGA的千兆网实现方法,传输视频数据,采用UDP协议,速度千兆以上-The article describes the FPGA based gigabit network implementation method, the transmission of video data, the use of UDP protocol, the speed of Gigabit
driver-fatigue-detection-system
- 基于FPGA的疲劳驾驶检测系统设计。本系统集图像采集、存储、算法处理、报警于一体。利用FPGA并行处理数据的特 点使系统检测速度达到了视频源25帧/秒的速度,满足了实时性要求。该系统检测准确 率较高、体积小、功耗小、成本低,市场前景广阔。-Driver fatigue detection system based on FPGA design. The system combines image acquisition, storage, processing algorithms an