Policy on Intellectual Property Right (IPR)
1 Motivations for the introduction of 3DTV broadcasting
2 Background to possible 3DTV systems
Eyewear-based systems:
Multiview autostereoscopic systems:
Integral imaging or holographic system:
3 A hierarchical structure
3.1 Technology generations
3.2 Compatibility levels
3.3 Matrix points
4 First-generation 3DTV
5 Future generations of 3DTV
6 Expected bandwidth requirements for a first-generation system
7 The 3DTV broadcasting chain
7.1 Image source methods
7.2 Characteristics of signals in the studio
7.3 Programme production
7.4 Emission
7.5 Display
8 Production grammar
9 The viewing environment
10 Principles for comfortable viewing of stereoscopic three-dimensional
images
11 User requirements
12 Performance requirements
13 Organizations with initiatives in 3DTV
14 Conclusions
Annex 1 Organizations with current initiatives in 3DTV
1 ISO/IEC JTC1/SC29/WG11
2 ITU-T Study Group 9
3 ITU-T Study Group 16
4 3DTV – Network of Excellence
5 3D4You – Content generation and delivery for 3D television
6 SMPTE
7 The Digital Video Broadcasting Project
8 The Blu-ray Disc Association (BDA)
9 HDMI Licensing, LLC, has announced the release of HDMIspecification 1.4
10 Consumer Electronics Association
11 The 3D@Home Consortium
12 Association of Radio Industries and Businesses
13 Ultra-realistic communications forum
14 3D Consortium
15 Consortium of 3-D image business promotion
16 Japanese Ergonomics National Committee
17 Telecommunications Technology Association
18 European Broadcasting Union (EBU)
19 MUSCADE
20 3D VIVANT
Annex 2 Historical background on the development of stereoscopic and 3D
television systems
Annex 3 Introduction to free viewpoint television
Annex 4