3D-HEVC
This document describes the results of the subjective quality assessment verification test for HEVC-based coding of multiview video and depth. A description of the test conditions and subjective testing methodology is also provided. The subjective test results show that 3D-HEVC can achieve comparable quality relative to MV-HEVC with approximately 20% less bit rate, on average.
This document provides information about the 3D and multiview extensions of HEVC and the algorithms implemented in the associated reference software.
This is a draft of an amendment to the HEVC reference software specification, providing draft text revisions and reference software implementing the 3D extension of the High Efficiency Video Coding (HEVC) specification. Source code is provided in the attached zip archive, which supports the 3D Main profile of the standard.
This draft amendment to the HEVC conformance testing specification identifies a set of tests for MV-HEVC (Multiview Main Profile) and 3D-HEVC (3D Main Profile).
This is draft 10 of the 3D-HEVC Test Model Description.
This document contains a study text of the draft text for 3D-HEVC. NBs are requested to consider the content of this study text when preparing their responses to the ISO/IEC 23008-2/DAM1 ballot.
This is Draft 9 of the 3D-HEVC and MV-HEVC Test Model Description.
The new Draft Annex I specifies multiview and depth video coding, referred to as 3D high efficiency video coding (3D-HEVC), which is specified there with references being made to clauses 1-9 and Annexes A-I.
3D video is represented using the Multiview Video plus Depth (MVD) format, in which a small number of captured views as well as associated depth maps are coded and the resulting bitstream packets are multiplexed into a 3D video bitstream. Optionally, the encoder can be configured in a way that a sub-bitstream representing two views without depth data can be extracted and independently decoded for displaying the 3D video on a conventional stereo display.