Abstract:
Methods, systems and apparatus for processing of volumetric media data are described. One example method of volumetric media determining, from a media presentation description (MPD) file, one or more preselection elements corresponding to a preselection of a volumetric media, accessing, using the one or more preselection elements, one or more atlas data components and associated video-encoded components of the volumetric media; and reconstructing the volumetric media from the one or more atlas data components and the associated video-encoded components.
Abstract:
A mobile augmented reality search method, client, server and search system are provided. The method includes: a mobile augmented reality server receiving an augmented reality target search request sent from a mobile augmented reality client; according to parameters related to search carried in the augmented reality target search request, the mobile augmented reality server identifying which augmented reality targets need to be recognized and returned; the mobile augmented reality server searching for an augmented reality target which has relationships with the augmented reality targets already searched back; and the mobile augmented reality server sending searched augmented reality target information to the mobile augmented reality client. The disclosure solves the problem in the related art that the search result of a search merely for an object requested is incomplete and achieves a technical effect that more complete information is searched in an AR application, thus, the user is provided with more complete augmented reality information, and the experience of the user in the AR application is enhanced.
Abstract:
A method of point cloud data processing includes determining a 3D region of a point cloud data and a 2D region of a point cloud track patch frame onto which one or more points of the point cloud data are projected; and reconstructing, based on patch frame data of the a point cloud track included in the 2D region and video frame data of corresponding point cloud component tracks, the 3D region of the point cloud data.
Abstract:
The present application provides a video data processing method and device, a server, a terminal, and a storage medium. The method includes: determining a sphere region of an omnidirectional video, and one or more zoom regions of the sphere region on a projected picture of the omnidirectional video; and decoding and playing video data of the one or more zoom regions of the sphere region on the projected picture of the omnidirectional video, in response to a zoom operation on the sphere region of the omnidirectional video.
Abstract:
Disclosed are a video transmission method, a client, and a server. The method includes: a recommended viewport for playing a virtual reality (VR) video is determined; and at least one video file corresponding to the recommended viewport is requested from a server.
Abstract:
Disclosed is a data processing method, comprising: receiving M channels of encoded audio data; decoding the M channels of encoded audio data, to acquire space information of an audio corresponding to the M channels of audio data, wherein M is a positive integer; determining Q speaker devices corresponding to the M channels of audio data according to the acquired space information of the audio and position information of the speaker devices, wherein Q is a positive integer; and rendering the M channels of audio data with the determined Q speaker devices. Embodiments of the present invention further provide an acquisition device, a data processing device, and a storage medium.
Abstract:
Disclosed is a data processing method, comprising: receiving M channels of encoded audio data; decoding the M channels of encoded audio data, to acquire space information of an audio corresponding to the M channels of audio data, wherein M is a positive integer; determining Q speaker devices corresponding to the M channels of audio data according to the acquired space information of the audio and position information of the speaker devices, wherein Q is a positive integer; and rendering the M channels of audio data with the determined Q speaker devices. Embodiments of the present invention further provide an acquisition device, a data processing device, and a storage medium.