Search Results for "all-in-one"

..., OGG, WV and AAC formats. How to run application ? 1. Extract the zip file and open the folder 2. Run "YouTubeVideoTranscoder"

RAW yuv player project is moved to GITHUB. Visit: https://github.com/Tee0125/yuvplayer Old description: Lightweight player for raw YUV/UYVY files.

This codec was developed for the purpose of bachelor's thesis on Faculty of Information Technology, Brno University of Technology, Czech Republic. Project is under LGPL licence. You can use this codec e.g. for screen recording via CamStudio. Records can be directly imported in Vegas Pro/Movie Studio.

Abstracts the hassle of HW accelerated decoding in Intel's 2nd generation Core i3/i5/i7/Pentium/Celeron (SandyBridge) or newer Intel CPU/GPU using the Intel QuickSync technology. Started as an internal decoder within FFDShow. Can be easily ported to other DirectShow decoders. The Intel QuickSync decoder is now used within FFDShow, LAV video decoder and PotPlayer.

MPlayer with all essential codes, encoders, decoders & filters. For LINUX users: just extract the source & run the 'install.sh' file from Terminal. For Windows users: Not Tested yet, but hope to work on MINGW32 in WinXP. Thanks from Chinmoy & Srijon

ces265 is a "High Efficiency Video Coding" (HEVC) software written in C++ with multi-threading support. This software compresses the raw video stream in YUV 4:2:0 planar format into HEVC 8.0 compatible bitstream. Help is taken from HM-8.0, HM-9.2 and x265 software while writing this software. The contributors of this software are: 1- Muhammad Usman Karim Khan (http://ces.itec.kit.edu/~khan/) 2- Muhammad Shafique (http://ces.itec.kit.edu/~shafique/) 3- Jörg Henkel (http://ces.itec.kit.edu...

DEFINITELY LOSSLESS provides a solution to reliably transmit video data from one location to another. Context: Up until now, standardisation organisation such as the Video Quality Experts Group (VQEG) or the International Telecommunications Union (ITU) have used only uncompressed video formats. The H.264 standard and its implementation in FFMPEG allows for lossless transmission of video data at a smaller file size. Purpose: DEFINITELY LOSSLESS simplifies the manipulation of YUV422...

LVF (lossless video file) is a very simple and speed lossless video format specially created to work with bitmap output of 3DSMax(R)-like renderers, and store the high definition output in the form of one lossless compressed large videofile. User can easy split and merge these files without any information loss on a very high speed. Even if you need just one frame you'll got it with one move with original rendered quality. This project holds the full LVF toolset.

ZVid is an open-source research project focusing on differential video compression. ZVid is dedicated to capture frames from camcorders. All code is released under the terms of the GNU GPL license. Dependencies: - https://sourceforge.net/projects/libjpeg-turbo/

- Profile definition of Quality of Still Image needing for Digital Textbook - Development of JPEG200 Encoder satisfying suggested Porfile - Development of JPEG200 Decoder satisfying suggested Porfile

Kumaji is an advanced subtitle rendering library aiming for complete cross-platform support, complete and compliant support for all common subtitle formats and, of course, speed. The source code is also intended to be easy to understand and hack at.

zSVC provides an efficient implementation of the Scalable Video Coding extension of H.264. Its aim is a real-time SVC decoder framework on PC platform.

EvilEncoding is a software for parallel video encoding. You can encode one movie parallel on multiple computers. So you would have an enormous performance boost. As encoding engine mencoder will be fully featured used.

A video compressor using the GPU computational power to improve the speed up.

BGZip is a compressor that uses BWT and others techniques to compress archives, sounds and videos with in high compression rates.

This project aims to development a universal media codecs for video/audio/image processing. It use same interfaces for all codecs. And it target system is embedded system. The codecs will be include: MPEG2, MPEG4, H264, AAC, VC-1, AVS.

Implement of H264 Extension.

This project implements a Video4Linux compatible API and device drivers for the FreeBSD kernel, so you can run Linux video applications under FreeBSD.

This project aims to establish a framework for Fully Configurable Video Coding and will demonstrate adaptation, communication and instantiation of decoding structures in a prototype fully-configurable video codec.