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iLBC1
- Sound, Image and Video Compression and Coding International Hellenic University - Virtual Labs Entropy Coding Quantization Transform Coding MP3 - Psycoacoustics MP3 Compression JPEG MPEG, Block Matching Motion Estimation - P-Frame
w_ipp-sample-speech-coding_p_5.1.005
- intel语音编码解码，包含mp3,jpeg,h.264等等诸多语音编码解码源代码，可以很方便的集成到自己的应用程序，缺点是必须X86的CPU-intel audio codecs, including mp3, jpeg, h.264 and many other speech codec source code, can be easily integrated into your applications, drawback is that the CPU must X86
vfwcapture
- MPEG-4/H.264视频编解码工程实践。第二章VFW视频采集实现。-MPEG-4/H.264 video codec engineering practice. The second chapter of the VFW video capture.
trans
- 编码标准H.264中的变换部分的C语言代码-C language code converting portion of the coding standard H.264
h264cuda
- H.264编解码的CUDA实现，并行加速算法，内部实现了H.264视频编解码的CUDA实现，能够编译通过，已经过测试，并且还添加了注释信息。-CUDA H.264 codec implementation, parallel acceleration algorithms, the internal implementation of the H.264 video codec CUDA realization, to compile, has been tested, and also add
bianmakuangjia
- 该文档表示H.264 的编码框架，可以帮助大家认认真真的学习这中视频编码！对很多人来说是非常有帮助的-The document indicates the H.264 coding framework that can help you learn these really serious video coding! For many people it is very helpful
Round-corner-table
- Round corner table iPad Input File Formats Supported DVD-Video, DVD folder, DVD IFO File Output File Formats Supported Videos MP4, MPEG-4, H.264, HD H.264 Audios MP3, M4A, AAC Images BMP, GIF, JPEG, PNG
openh264-win32-v1.3
- About the h.264 matlab code in video compression
H264.opencores
- h.264解码器源码,包含所有文件，可成功仿真，贡献给大家-H.264 decoder
Video-chat-source
- 易语言编写的视频聊天源码 H.264压缩格式 流量很小 带支持库-Easy language to write the video chat source H.264 compression format flow is very small with support library
jm19
- h.264 video coding source code
I 帧提取
- I帧的提出，提取的是从h.264流程中的运动帧，并通过AES进行加密(I frame proposed, extracted from the h.264 process in the motion frame, and encrypted by AES)
HM-10.0rc1_init
- H.265是ITU-T VCEG 继H.264之后所制定的新的视频编码标准。H.265标准围绕着现有的视频编码标准H.264，保留原来的某些技术，同时对一些相关的技术加以改进。新技术使用先进的技术用以改善码流、编码质量、延时和算法复杂度之间的关系，达到最优化设置。具体的研究内容包括：提高压缩效率、提高鲁棒性和错误恢复能力、减少实时的时延、减少信道获取时间和随机接入时延、降低复杂度等。H264由于算法优化，可以低于1Mbps的速度实现标清数字图像传送；H265则可以实现利用1~2Mbps的传输速度