LMP88959/Digital-Subband-Video-2
Lossy/lossless wavelet video codec. Comparable to H.264 in terms of efficiency and quality.
Repository profile
This repository is about video compression, and more specifically about the motion estimation block (ME block) of a video encoder. It is a research project for developing an efficient motion estimation algorithm, so that the video compression technology can keep pace with the high frame rate videos and high resolution videos.
Repository updates
Get generated AK1194/Video-Compression-motion-estimation-block-video-encoder development summaries by email, or follow the weekly and monthly RSS feeds.
Sign in to subscribe by email. RSS feeds are public.
Sign in to subscribeTracked growth, recent movement, and commit velocity from stored repository snapshots.
Latest capture 2026-07-18 03:02
3 captures since 2026-06-17
Stars from baseline 0
All tracked data
Frameworks, package managers, ecosystems, and dependency manifests found during catalog scans.
Scanned 2026-07-18 03:02
Searchable topics, generated tags, and stack labels that explain where this repository fits.
Agent instructions and tool configuration paths found in the repository tree.
Nearest indexed repositories by embedding similarity.
Lossy/lossless wavelet video codec. Comparable to H.264 in terms of efficiency and quality.
Uniform Color Space based HDR video compression: This repository contains the code for a novel HDR video compression algorithm which has been proposed to compress HDR video frames to codec suitable YUV files which can be compressed using 10-bit video codecs (x264/x265/AV1)
Motion, a software motion detector. Home page: https://motion-project.github.io/
No description.
This site provides guidelines for encoding frames to movie files for review.
This repository contains a collection of FFmpeg* patches and samples to enable CNN model based video analytics capabilities (such as object detection, classification, recognition) in FFmpeg* framework.