搜索资源列表
422_to_444
- YUV422转YUV444的FPGA插植算法，由Xilinx提供-YUV422 to YUV444 FPGA implantation algorithm provided by Xilinx
OSD Over YUV422.实现在YUV422格式上进行点阵字的叠加
- 实现在YUV422格式上进行点阵字的叠加，可以设置相应颜色及字体,YUV422 format to achieve superposition of the word lattice, you can set the appropriate color and font
VC0528test
- 中芯微VC0528测试程序，VC0528支持YUV422格式输入， 直接输出JPEG格式-Vimicron 0528 test source code, VC0528 support YUV422, it can output JPEG
edma3test
- EDMA3传输例程，简单易懂，适合初学者-EDMA3 transfer routines, easy to understand
yuv2rgb001
- yuv2rgb, 一个老外写的arm上yuv转换rgb的库，支持YUV422,420P,到RGB32，RGB24,RGB16的转换。针对arm写了汇编优化，性能较高-yuv2rgb library in ARM CPU. Both C and assemler source.
rgbv4l2
- 本程序是基于嵌入式Linux平台的视频采集程序，主要是采集信号为YUV422的USB摄像头，将其实时显示在302*240的液晶屏上。-This procedure is based on the embedded Linux platform video collection procedures, primarily for the YUV422 capture the signal of the USB camera, the fact is displayed on the LCD 302
yuv422_420
- 颜色空间yuv420到yuv422,dsp实现-Color Space yuv420 to yuv422, dsp implementation
RGB-to-yuv422
- verilog语言写的视频数据处理相关的代码。实现功能为将RGB数据转化为BT656数据。-verilog language to write video data processing related to the code. Functions for the RGB data into the BT656 data.
MultipleOverlay
- 这个demo能用于验证overlay层。 支持YUV420，YUV422和RGB565； 支持放大和缩小功能；-This demo can be used to validation overlay surface. Support YUV420,YUV422,RGB565 Support Upscale and downscale.
src
- yuv444 与yuv422相互转换verilog语言-yuv444 to yuv422
YUYV2RGB
- YUV422转RGB格式， YUV422转RGB格式，-YUV422 to RGB format, YUV422 to RGB format, YUV422 to RGB format,
DE2_TV
- 本代码为Altera DE2开发板例程源码，（FPGA：EP2C35F672C6）quartus II 9.0以上可以编译（随板源码为7.2以下版本，在9.0以上版本编译会报错）。本代码实现一个音视频播放器TV_BOX。-This demonstration plays video and audio input a DVD player using the VGA output and audio CODEC on the DE2 board. There are two major bl
Hi_MJPEG_DEC_SDK_V1.0.0.3
- 实现对YUV420 , YUV422 , YUV444 , YUV422(MCU1x2) , YUV400的MPEG编码-Achieve YUV420 " ," YUV422 " ," YUV444 " ," YUV422 (MCU1x2) " ," YUV400 MPEG encoder
yuv422tobt1120
- yuv422转bt1120时序，vivado工程，用tpg做信号源-yuv422 to bt1120
DE2_115_TV
- 这个设计范例使用 DE2-115 上的 VGA 输出、音频编解码芯片以及 TV 解码芯片（ U6）播放 来自 DVD 播放器输出的视频和音频信号。 图 6-1 给出了设计的原理框图。系统主要由两个 模块组成，它们是 I2C_AV_Config 以及 TV_to_VGA 模块。 TV_to_VGA 模块由 ITU-R 656 解 码器， SDRAM 帧缓冲器， YUV422 转 YUV444， YcrCb 转 RGB 以及 VGA 控制器组成。 从 图中还可以看出，设计使用了 TV
xilinx YUV444 转YUV422
- xilinx chroma resampler application