Vanne, “ Comparative rate-distortion-complexity analysis of VVC and HEVC video codecs,” IEEE Access, vol. Hämäläinen, “High-level synthesis implementation of an embedded real-time HEVC intra encoder on FPGA for media applications,” Accepted to ACM Trans. Vanne, “ From HEVC to VVC: the First Development Steps of a Practical Intra Video Encoder,” Accepted to IEEE Trans. TAU makes no representations or warranties that access to this website will be uninterrupted or error-free, that this website (the materials and/or any information incorporated thereto) will be secure and free of virus or other harmful components. TAU makes no representations or warranties as to the accuracy or completeness of any materials and information incorporated thereto and contained on this website. Symmetric/Asymmetric Motion Partitions (SMP+AMP)Ĭoefficients,4x4 transform skip,Trans/quant BypassĪll the information and any part thereof provided on this website are provided « AS IS » without warranty of any kind either expressed or implied including, without limitation, warranties of merchantability, fitness for a particular purpose or non infringement of intellectual property rights. The following table lists the features included in the current version and in the upcoming milestones. Kvazaar HEVC encoder is under constant and active development. Vanne, “Kvazaar 2.0: fast and efficient open-source HEVC inter encoder,” in Proc. IRC at #ultravideo in Libera.Chat IRC networkĪ. Ultra Video Group, Tampere University, Finland You may contact us by email (ultravideo at tuni dot fi), GitHub, or via IRC at #ultravideo in Libera.Chat IRC network. Active contributors will also be considered when filling open positions in Ultra Video group. We do not ask contributors to give up copyright to their work. New ambitious developers from academia, industry, and other sectors are warmly invited to make contributions ( List of suggested topics), report bugs, and give feedback.
Kvazaar is also supported by de-facto standard multimedia frameworks FFmpeg and Libav. This cross-platform HEVC encoder is targeted at x86, 圆4, PowerPC, and ARM processors on Windows, Linux, and Mac.
YUV VIDEO SEQUENCES CODE
Kvazaar includes all essential coding tools of Main, Main 10, and Main Still Picture profiles of HEVC and its modular source code facilitates parallelization on multi and manycore processors as well as algorithm acceleration on hardware. Optimized computation and memory resources.The main development goals of Kvazaar are: The development is being coordinated by Ultra Video Group and the implementation work is carried out on GitHub.
YUV VIDEO SEQUENCES LICENSE
Kvazaar is being developed in C and optimized in Assembly under the BSD-3-Clause license since v2.1. Kvazaar is an award-winning academic open-source video encoder for the state-of-the-art High Efficiency Video Coding (HEVC/H.265) standard.
YUV VIDEO SEQUENCES SOFTWARE
The Winner of the ACM Open Source Software Competition in 2016.ĭownload windows binaries and source Project information