搜索资源列表
Openh323-RTH323.rar
- 如何成功的运用OPENH323 来开发商业的H.323 协议栈 Openh323 有以下的特征: 1>动态的静音检测算法, 以减小语音包的传输量。 2>支持Windows,Linux 和FreeBSD 的多种客户端命令。 3>包含有MCU,PSTN 网关,和自动语音应答机等多种应用平台。 4>软件支持GSM,LPC-10,G.711 uLaw/Alaw 软件编解码方式。 5>特定硬件(Quicknet/LineXJ)支持G.723.1, G.728
venb
- H.261图像压缩芯片控制软件-H.261 image compression chip control software
261参考代码
- 对于开发h.264可以参考261的框架,找了好久才找到的代码,与大家分享-can for the development of 261 reference framework for a long time to find the code share with you
MutliConference
- 是一个多人会议单元系统,支持 H.323 协议(需OpenH323支持)。 - 支持 G.711, GSM MS-GSM 和 LPC-10 音频编码 - 支持 H.261 视频编码 - 多连接支持,多个会议可以同时开设 -meeting is a more modular system, support H.323 (subject OpenH323 support). - Support G.711, GSM MS-GSM and LPC-10 audio coding - s
数字图象处理学VC++实现
- 其中包括图像压缩的基本编码方法如Huffman编码\\算术编码\\JPEG 2000\\H.261压缩编码标准\\小波变换编码\\运动估计算法\\视频图象采集的VC实现等.-including the basic image compression coding methods as Huffman coding \\ arithmetic coding \\ JPEG 2 000 \\ H.261 coding standard \\ Wavelet Transform Coding \\ m
RM8(the latest H.261 test model RM8)
- h.261的解压缩程序,详细根据261国际标准编写,同时运用RM8模型中码率控制算法-H.261 compression procedures, a detailed 261 international standards under preparation, PSNR apply the same model of rate control algorithm
h.261视频编码运动估计
- 关于H.261的视频编码中的运动估计。画出矢量图,帧间差
H.261编码的运动估计
- H.261编码的运动估计,刻画出运动矢量图和帧间差
mpeg4ip-1.6.tar.gz
- Windows,Linux,Mac OS X平台下的音视频流的传输播放系统,支持MPEG4/H.261/MPEG2/H.263 MP3/AAC/AMR等不同编码格式,Windows, Linux, Mac OS X platform audio and video stream broadcast transmission systems to support MPEG4/H.261/MPEG2/H.263 MP3/AAC/AMR different encoding format, etc.
H261coding-matlab
- 用matlab书写的H.261代码,实现了视频编解码整个过程, 值得初学视频编码的同学参考-Matlab code written using H.261, the video codec to achieve the whole process worth novice video coding reference for students
Openh323-RTH323
- 如何成功的运用OPENH323 来开发商业的H.323 协议栈 Openh323 有以下的特征: 1>动态的静音检测算法, 以减小语音包的传输量。 2>支持Windows,Linux 和FreeBSD 的多种客户端命令。 3>包含有MCU,PSTN 网关,和自动语音应答机等多种应用平台。 4>软件支持GSM,LPC-10,G.711 uLaw/Alaw 软件编解码方式。 5>特定硬件(Quicknet/LineXJ)支持G.723.1, G.728 和 G.729
H323
- H.323 开发包与源码(VC代码) VIS H.323 Library符合下列标准 ITU-T H.323 V3 音频codec(支持静音检测) g.723.1 6.4kbps发送,6.4/5.3kbps接收 g.729a 8kbps发送,8kbps接收(仅在单一模式下可用) gsm 6.10 10kbps lpc 10 3kbps g.711 uLaw/aLaw 64kbps 视频codec(动态流量控制)
h.263Decode1.0
- h.263编解码程序。 H.263是国际电联ITU-T的一个标准草案,是为低码流通信而设计的。但实际上这个标准可用在很宽的码流范围,而非只用于低码流应用,它在许多应用中可以认为被用于取代H.261。-H.263 codec procedures. ITU H.263 is an ITU-T draft standard is a low bit-stream communications designed. But in fact this standard can be used in a w
H263_BINDCT.tar
- h.261 is the first for of DCT that uses sined and unsigned number
20063914274000
- VIS H.323 Library符合下列标准 ITU-T H.323 V3 音频codec(支持静音检测) g.723.1 6.4kbps发送,6.4/5.3kbps接收 g.729a 8kbps发送,8kbps接收(仅在单一模式下可用) gsm 6.10 10kbps lpc 10 3kbps g.711 uLaw/aLaw 64kbps 视频codec(动态流量控制) h.261 支持QCIF(176*1
BlockMatchingAlgoMPEG
- This paper (and accompanying MATLAB source code) is a review of the block matching algorithms used for motion estimation in video compression. It implements and compares 7 different types of block matching algorithms that range from the very basic Ex
H261coding
- H.261编码格式提出于1990年,用于运动图像的编码中。它的编码效率高,图像质量好且实时性好,广泛用于会议系统的运动图像编码之中。-H.261 encoding format proposed in 1990, for the coding of moving picture. Its high coding efficiency, image quality and real-time, and conferencing systems are widely used in image co
T-REC-H[1].264-200305-S!!PDF-E
- This Recommendation represents an evolution of the existing video coding standards (H.261, H.262 and H.263) and it was developed in response to the growing need for higher compression of moving pictures for various applications such as videoconfe
BlockMatchingAlgoMPEG
- This paper is a review of the block matching algorithms used for motion estimation in video compression. It implements and compares 7 different types of block matching algorithms that range from the very basic Exhaustive Search to the recent
BlockMatchingAlgorithmsForMotionEstimation
- This paper is a review of the block matching algorithms used for motion estimation in video compression. It implements and compares 7 different types of block matching algorithms that range from the very basic Exhaustive Search to the recent