Kenneth Andersson

TL;DR: The in-loop deblocking filter used in the upcoming HEVC standard to reduce visible artifacts at block boundaries has lower computational complexity and better parallel processing capabilities while still achieving significant reduction of the visual artifacts.

TL;DR: Coding efficiency improvements are achieved with lower complexity than the H.264/AVC Baseline Profile, particularly suiting the proposal for high resolution, high quality applications in resource-constrained environments.

TL;DR: In this article, the authors proposed a hybrid mode involving usage of a first prediction of a pixel block and at least a second prediction of the pixel block (20) for encoding and decoding pixel blocks of a video frame.

TL;DR: All technology proposed in the responses to the CfP was based on the classic block-based hybrid video coding design, extending it by new elements of partitioning, intra- and inter-picture prediction, prediction signal filtering, transforms, quantization/scaling, entropy coding, and in-loop filtering.

TL;DR: An overview of the technologies for in-loop processing and filtering in the Versatile Video Coding (VVC) standard, which comprise luma mapping with chroma scaling, deblocking filter, sample adaptive offset, adaptive loop filter and cross-component adaptive loopfilter.