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Signal Processing in Free Viewpoint Television
Signal Processing in Free Viewpoint Television
Published: 2016/09/23
Channel: IEEE Signal Processing Society
Free viewpoint Television - Idea
Free viewpoint Television - Idea
Published: 2015/05/14
Channel: Krzysztof Wegner
Free Viewpoint Television
Free Viewpoint Television
Published: 2008/06/10
Channel: Eren Halıcı
What is FREE VIEWPOINT TELEVISION? What does FREE VIEWPOINT TELEVISION mean?
What is FREE VIEWPOINT TELEVISION? What does FREE VIEWPOINT TELEVISION mean?
Published: 2017/06/03
Channel: The Audiopedia
Free Viewpoint Television
Free Viewpoint Television
Published: 2013/12/09
Channel: Lakshitha prabath Wijesinghe
High-Quality Streamable Free-Viewpoint Video
High-Quality Streamable Free-Viewpoint Video
Published: 2015/09/11
Channel: high quality fvv
Free View Point video
Free View Point video
Published: 2011/04/16
Channel: John Sokol
3D Free Viewpoint Video in a Sports Stadium : DigInfo
3D Free Viewpoint Video in a Sports Stadium : DigInfo
Published: 2010/10/19
Channel: ikinamo
Free-viewpoint video player
Free-viewpoint video player
Published: 2012/08/02
Channel: Digital Art
[Free viewpoint image] Louvain Cup Final Highlights
[Free viewpoint image] Louvain Cup Final Highlights
Published: 2017/09/26
Channel: Canon Middle East
How to play free-viewpoint video technology
How to play free-viewpoint video technology
Published: 2013/04/11
Channel: Sara Konner
Feel3D: free viewpoint video.avi
Feel3D: free viewpoint video.avi
Published: 2011/09/11
Channel: Bhagya Wickramasinghe
Free Viewpoint Video (CanonOfficial)
Free Viewpoint Video (CanonOfficial)
Published: 2017/09/21
Channel: Canon Imaging Plaza
Voxelo™ - The Free-Viewpoint Video Player
Voxelo™ - The Free-Viewpoint Video Player
Published: 2010/12/21
Channel: MrVoxelogram
Womens4X100UVU-Multiple viewpoints.wmv
Womens4X100UVU-Multiple viewpoints.wmv
Published: 2012/04/08
Channel: DrDanAlston
Free Viewpoint TV with Light Field Rendering - Hooman Shidanshidi UOW
Free Viewpoint TV with Light Field Rendering - Hooman Shidanshidi UOW
Published: 2013/12/03
Channel: Smart Services CRC PhD Student Thesis 2007 – 2014
Capturing Relightable Human Performances under General Uncontrolled Illumination - EUROGRAPHICS 2013
Capturing Relightable Human Performances under General Uncontrolled Illumination - EUROGRAPHICS 2013
Published: 2016/03/07
Channel: Christian Theobalt
Free-Viewpoint 3D Video
Free-Viewpoint 3D Video
Published: 2011/01/08
Channel: BotJunkie
FreeCam: A Hybrid Camera System for Live Free-Viewpoint Video
FreeCam: A Hybrid Camera System for Live Free-Viewpoint Video
Published: 2014/07/01
Channel: ieeeComputerSociety
Free-viewpoint video synthesis from a movable camera array
Free-viewpoint video synthesis from a movable camera array
Published: 2015/11/30
Channel: Keita Takahashi
Free Viewpoint TV Captureing System Demo
Free Viewpoint TV Captureing System Demo
Published: 2014/07/23
Channel: Yuichi Yaguchi
Dynamic Point Samples for Free-Viewpoint Video
Dynamic Point Samples for Free-Viewpoint Video
Published: 2016/09/06
Channel: Microsoft Research
Space Recall - Free Viewpoint Project
Space Recall - Free Viewpoint Project
Published: 2012/11/11
Channel: Wei-Chih Lin
Free viewpoint Video - ChiLing
Free viewpoint Video - ChiLing
Published: 2007/08/29
Channel: 圓手
Free viewpoint Video - Doraemon
Free viewpoint Video - Doraemon
Published: 2007/08/29
Channel: 圓手
Free Viewpoint Interpolation for soccer games
Free Viewpoint Interpolation for soccer games
Published: 2014/03/04
Channel: Patrik Goorts
ViewPoint from the Cloud
ViewPoint from the Cloud
Published: 2013/12/24
Channel: Maner Costerisan Business Solutions & Technology
KDDI free viewpoint video
KDDI free viewpoint video
Published: 2011/01/13
Channel: DDay.it
Voxelogram in media: WowTV
Voxelogram in media: WowTV
Published: 2011/11/03
Channel: MrVoxelogram
Algorithms and Perception for Interactive Free-Viewpoint Image-Based Navigation
Algorithms and Perception for Interactive Free-Viewpoint Image-Based Navigation
Published: 2016/07/27
Channel: Microsoft Research
3DTV, 3D Fernsehen, Free Viewpoint Video of Multiple People
3DTV, 3D Fernsehen, Free Viewpoint Video of Multiple People
Published: 2010/11/20
Channel: rod8128
Free Viewpoint Video for Sport Events (Nagoya University)
Free Viewpoint Video for Sport Events (Nagoya University)
Published: 2016/06/20
Channel: mehrdad.panahpourtehrani
Virtual Viewpoint Video
Virtual Viewpoint Video
Published: 2008/12/03
Channel: Simon Winder
RGB+Depth Surgical Operation (Free Viewpoint video)
RGB+Depth Surgical Operation (Free Viewpoint video)
Published: 2015/07/29
Channel: Medical Realities
Free viewpoint Video - Gundam
Free viewpoint Video - Gundam
Published: 2008/10/16
Channel: 圓手
Free-viewpoint image synthesis system using time varying projection and spacetime stereo
Free-viewpoint image synthesis system using time varying projection and spacetime stereo
Published: 2014/01/15
Channel: Keita Takahashi
A Hybrid Camera System for Interactive Free-Viewpoint Video (VMV 2011)
A Hybrid Camera System for Interactive Free-Viewpoint Video (VMV 2011)
Published: 2016/04/18
Channel: Computer Graphics Laboratory
Intrinsic Textures for Relightable Free-Viewpoint Video
Intrinsic Textures for Relightable Free-Viewpoint Video
Published: 2014/10/06
Channel: ECCV'14 Video Spotlights
Super-Resolved Free-Viewpoint Image Synthsis
Super-Resolved Free-Viewpoint Image Synthsis
Published: 2013/02/04
Channel: Keita Takahashi
Virtual TV Studio Presentations with ViewPoint 3D
Virtual TV Studio Presentations with ViewPoint 3D
Published: 2014/07/30
Channel: ViewPoint3D
On Demand Concert Viewing with KDDI Free-Viewpoint Technology
On Demand Concert Viewing with KDDI Free-Viewpoint Technology
Published: 2012/02/07
Channel: KDDI America
Immersive Net   Omega 3 and Omega 6 lipid network
Immersive Net Omega 3 and Omega 6 lipid network
Published: 2017/05/15
Channel: Dayanjan Wijesinghe
Real Time Sports Viewing with KDDI Free-Viewpoint Technology
Real Time Sports Viewing with KDDI Free-Viewpoint Technology
Published: 2012/02/07
Channel: KDDI America
The 3D Motion Picture Camera - Real-time free-viewpoint movie with user interaction
The 3D Motion Picture Camera - Real-time free-viewpoint movie with user interaction
Published: 2016/05/31
Channel: Osmin3D
Ziggy
Ziggy's Virtual Viewpoint
Published: 2016/09/14
Channel: Ideas are Bulletproof Studios
A Free-Viewpoint Virtual Mirror with Marker-Less User Interaction
A Free-Viewpoint Virtual Mirror with Marker-Less User Interaction
Published: 2011/02/28
Channel: rvlab
Free Viewpoint Virtual Try-On With Commodity Depth Cameras
Free Viewpoint Virtual Try-On With Commodity Depth Cameras
Published: 2011/09/30
Channel: hauswiesner1
Panoramic Viewpoint 3
Panoramic Viewpoint 3
Published: 2014/01/06
Channel: Spacedust Films
KDDI Free Viewpoint Concert
KDDI Free Viewpoint Concert
Published: 2011/10/04
Channel: giiks
Supplemental material: video 3
Supplemental material: video 3
Published: 2015/11/10
Channel: songnan li
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WIKIPEDIA ARTICLE

From Wikipedia, the free encyclopedia
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Free viewpoint television (FTV) is a system for viewing natural video, allowing the user to interactively control the viewpoint and generate new views of a dynamic scene from any 3D position. The equivalent system for computer-simulated video is known as virtual reality. With FTV, the focus of attention can be controlled by the viewers rather than a director, meaning that each viewer may be observing a unique viewpoint. It remains to be seen how FTV will affect television watching as a group activity.

History[edit]

Systems for rendering arbitrary views of natural scenes have been well known in the computer vision community for a long time but only in recent years has the speed and quality reached levels that are suitable for serious consideration as an end user system.

Professor Masayuki Tanimoto from Nagoya University (Japan) has done much to promote the use of the term "free viewpoint television" and has published many papers on the ray space representation, although other techniques can be, and are used for FTV.

QuickTime VR might be considered a predecessor to FTV.

Capture and display[edit]

In order to acquire the views necessary to allow a high quality rendering of the scene from any angle, several cameras are placed around the scene; either in a studio environment or an outdoor venue, such as a sporting arena for example. The output Multiview Video (MVV) must then be packaged suitably so that the data may be compressed and also so that the users' viewing device may easily access the relevant views to interpolate new views.

It is not enough to simply place cameras around the scene to be captured. The geometry of the camera set up must be measured by a process known in computer vision as "camera calibration." Manual alignment would be too cumbersome so typically a "best effort" alignment is performed prior to capturing a test pattern that is used to generate calibration parameters.

Restricted free viewpoint television views for large environments can be captured from a single location camera system mounted on a moving platform. Depth data must also be captured, which is necessary to generate the free viewpoint. The Google Street View capture system is an example with limited functionality. The first full commercial implementation, iFlex, was delivered in 2009 by Real Time Race.[1]

Multiview video capture varies from partial (usually about 30 degrees) to complete (360 degrees) coverage of the scene. Therefore, it is possible to output stereoscopic views suitable for viewing with a 3D display or other 3D methods. Systems with more physical cameras can capture images with more coverage of the viewable scene, however, it is likely that certain regions will always be occluded from any viewpoint. A larger number of cameras should make it possible to obtain high quality output because less interpolation is needed.

More cameras mean that efficient coding of the Multiview Video is required. This may not be such a big disadvantage as there are representations that can remove the redundancy in MVV; such as inter view coding using MPEG-4 or Multiview Video Coding, the ray space representation, geometry videos,[2][clarification needed] etc.

In terms of hardware, the user requires a viewing device that can decode MVV and synthesize new viewpoints, and a 2D or 3D display.

Standardization[edit]

The Moving Picture Experts Group (MPEG) has normalized Annex H of MPEG-4 AVC in March 2009 called Multiview Video Coding after the work of a group called '3DAV' (3D Audio and Visual) headed by Aljoscha Smolic[3] at the Heinrich-Hertz Institute.

See also[edit]

References[edit]

  1. ^ "Real Time Racing | Automotive News". Diseno-art.com. 2009-11-02. Retrieved 2010-09-13. 
  2. ^ "Geometry videos: A new representation for 3D animations". Retrieved 2016-12-08. 
  3. ^ "Joschi's Home (Aljoscha Smolic)". Iphome.hhi.de. Retrieved 2010-09-13. 

External links[edit]

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