TH97885A - Methods and devices by which encoders and decoders to support multi-view encoded video in a single loop. - Google Patents

Abstract

DC60 (19/08/51) This invention provides a method and equipment that encoders and decoders to support. Decode multi-view encoded video in a single loop. The device has an encoder section (100) for encoding multi-view video content to enable decoding of video content. When the multi-perspective video content is encoded using Predictions between views Similarly There are also (400) methods for encoding video content. Multi-angle video to support the decoding of multi-angle video content in a single loop. When such multi-view video content is encoded using inter-view predictions, the corresponding decoder device (200) and method (500) are described. And the devices that the encoders and decoders support Decode multi-view encoded video in a single loop. The device has an encoder section (100) for encoding multi-view video content to enable decoding of video content. When the multi-perspective video content is encoded using Predictions between views Similarly There are also (400) methods for encoding video content. Multi-angle video to support the decoding of multi-angle video content in a single loop. When such multi-view video content is encoded using inter-view predictions, the corresponding decoder devices (200) and methods (500) are also described.

Claims (4)

Disclaimer (all) which will not appear on the advertisement page: Amendment 11 Oct 2019 No disclaimer -------------------------------------------------- ------------------------ Revised 11/07/2019 No rights -------------------------------------------------- - Revised Sept. 6, 2018 Clause 1. A set of equipment including A decoder for decoding multi-angle video content from bit stream using the Decode a single loop when multi-view video content is encoded using inter-view predictions, where inter-view predictions do not use a completely rebuilt image of the view. Referred as a reference And where the extrapolation between perspectives involves at least one inference in depth information, brightness offset offset. And the inconsistency data from a perspective Reference of multi-view video content And where indicators in the bit stream indicate that one of the frozen and non-frozen images of multi-view video content can be decoded without being Completely recreated the image of each corresponding reference view? +++++++++++++++++++++++++++++ Edit 30/1/2015 1. A set of machines, including A decoder for decoding multi-angle video content from bit stream using the Decode a single loop when multi-view video content is encoded using inter-view predictions, where predictions between views are not completely reconstructed images of the view. Referred as a reference And where the extrapolation between perspectives involves at least one inference in depth information, brightness offset offset. And the inconsistency data from a perspective Reference of multi-view video content And where indicators in the bit stream indicate that one of the frozen and non-frozen images of multi-view video content can be decoded without being A complete reconstruction of the images of each corresponding reference view 2. A set of claim 1, where the extrapolation between views is associated with inference. Information related to encryption And decoding for a defined view of the form content Many perspectives from specific traits relate to at least one of at least some of the things. At least one image from the reference point of view of multi-view video content compared to the predetermined view and decoding of information relating to at least part of one or more images. Decoding multi-angle video content from bit stream using single loop decoding. When multi-view video content is encoded using inter-view predictions, where inter-view predictions do not use the completely rebuilt image of the referenced view as a reference and where. The conjecture between viewpoints has to do with at least one in-depth information, brightness offset offset. And inconsistencies data from the reference point of view of the content Multi-view video And where indicators in the bit stream indicate that one of the frozen and non-frozen images of multi-view video content can be decoded without being completely reconstructed. 4. Method of claim 4 where the assumptions between views are associated with inference. Information related to encryption And decoding for a defined view of the form content Many perspectives from specific traits relate to at least one of at least some of the things. At least one image from the reference point of view of multi-view video content compared to the defined view and decoding of information relating to at least part of one or more images. -------------------------------------------------- ---------- 1. A set of machines including A decoder for decoding multi-view video content using the Decode a single loop when multi-view video content is encoded using inter-view predictions, where inter-view predictions do not use a completely rebuilt image of the view. Referred as a reference And where predictions between perspectives involve at least one inference in the depths, brightness offset offset. And information of dissociation from one perspective Based on video content with multiple views. And where indicators in the bit stream indicate that one of the frozen and non-frozen images of multi-view video content can be coded without any Completely reconstructed image of each corresponding reference view. 2. The set of claim 1, where conjecture between views is related to inference. Coding related information And decoding for a defined view of the form content Many points of view from the particular feature involved at least some of the things. At least one image from the reference point of view of multi-view video content compared to the predetermined view and the decoding of at least one of the related information. 3. Methods which include Multi-angle video decoding from bit stream using single loop decoding. When multi-view video content is encoded by cross-view predictions, where predictions between views do not use a completely rebuilt image of the referenced view as a reference and where. The prediction between perspectives involves at least one inference in depth information, brightness offset offset. And the inconsistency data from this reference point of view Multi-view video And where indicators in the bit stream indicate that one of the frozen images and non-frozen images of multi-view video content can be decoded without being completely reconstructed. Picture integrity of each corresponding reference view. 4. Method of claim 4, where the forecasts between the points of view involve inference. Information related to coding And decoding for a defined view of the form content Many perspectives from special traits relate to at least one of at least some of the things. At least one image from the reference point of view of a multi-angle video compared to the defined view and decoding of information relating to at least a fraction of one or more images.