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codedivision
- x264视频编解码源代码(更新时间2005-12-07,v384),含VC编译指南。x264是H.264标准的一种实现,与JM相比更适合与应用,因为JM主要是与标准更接近,所以便于学习,而x264做了很多的优化。-MPEG video decoder source code (2005-12-07 update time, the v384). Compiling with VC Guide. MPEG H.264 is a standard to achieve, and JM compare
H263EncodeDecode
- 文件内包含H.263视频编码算法和解码算法2个文件,主要应用实时视频通信,在视频会议中应用较多。-document containing H.263 video encoding and decoding algorithms two documents, Application of the main real-time video communications, video conferencing application more.
BT878
- H.265 可用于 3G,HDTV 音视频编解码协议; H.265 使用了 D2,D3,D4,MM 小波; BPDD位流编解码; 熵量化速率控制; 时间域三维仿真; 目标提取跟踪; 等技术。 H.265 可运行于 DM64XX(TI) PNX15XX(PHILIPS) BT878(X86) SAA7130(X86) NETWORK(X86)。 -H.265 for 3G, HDTV video and audio codecs agree
SAA7134
- H.265 可用于 3G,HDTV 音视频编解码协议; H.265 使用了 D2,D3,D4,MM 小波; BPDD位流编解码; 熵量化速率控制; 时间域三维仿真; 目标提取跟踪; 等技术。 H.265 可运行于 DM64XX(TI) PNX15XX(PHILIPS) BT878(X86) SAA7130(X86) NETWORK(X86)。 -H.265 for 3G, HDTV video and audio codecs agreemen
x264_060304
- 这是h.264的测试模型,x.264较jm来说,复杂度明显降低,实时性得到了很大提高-h.264 This is the test model, x.264 than jm, significantly lower complexity, Real-time has been greatly improved
DM642_H.264_sourcecode
- DM642平台上的H.264源码,经过实时运行测试可以使用-DM642-source H.264 platform, after running the test can be used in real-time
h.263
- 基于H.263的图像压缩编解码的C源码,在CPU为586以上的PC上能够实时完成压缩、解压缩算法,并可以很容易地移植到TI的DSP上.-Image compression based on H.263 codec in C source code, in the CPU for more than 586 real-time on a PC to complete the compression, decompression algorithms, and can be easily porte
H.264-DECODE
- 这时H.264解码器的硬件,有需要的朋友可以下载-At this time H.264 decoder hardware, a friend in need can be downloaded
H264CODEC
- H264CODEC目录: \bin 目录下是已编译成功的编解码器程序以及相应说明 \ldecod 目录下是H.264视频解码器程序代码。 \lencod 目录下是H.264视频编码器程序代码。 \rtpdump 目录下是H.264实时传输协议应用的一个简单例子程序。-H264CODEC directory: \ bin directory is compiled successfully codec procedures, and the corresponding not
Muestreo
- The Zero-Order Hold (ZOH) method provides an exact match between the continuous- and discrete-time systems in the time domain for staircase inputs. The following block diagram illustrates the zero-order-hold discretization Hd(z) of a continuous-
