Report ITU-R BT.2267-12 – Integrated broadcast-broadband systems
Foreword
Policy on Intellectual Property Right (IPR)
1 Introduction
2 Abbreviations
PART 1
Overview of IBB systems
Annex 1  The hybrid broadcast-broadband television (HbbTV) system
1 Introduction
2 Combining broadcasting and Internet services
3 The usage of HbbTV by network operators as well as portals and platforms of a diversity of stakeholders
4 Some outlook on the standardization of HbbTV and its actual market position
Attachment  to Annex 1  HbbTV – Technical information
1 Conceptual considerations and requirements
2 Technical concept of HbbTV
3 Developing and testing HbbTV
4 Extended features in Version 1.5 of the HbbTV specification (HbbTV 1.5)
5 Version 2.0 of the HbbTV specification (HbbTV 2.0)
6 Applying HbbTV to non-DVB broadcasting systems
Annex 2  The Hybridcast system
1 Introduction
2 Specification structure
3 System model
4 Application model
     4.1 Application type
     4.2 Application boundary and permission
5 Application control signal
     5.1 Application Information Table (AIT)
     5.2 Coexistence with data broadcasting
6 Hybridcast receiver
7 HTML5 environment and additional APIs
8 Companion device collaboration
9 Advanced VOD Playback
10 Non broadcast-oriented managed application
11 Broadcast-independent managed application
12 Accurate synchronized presentation
13 UHDTV support
14 Service examples
     14.1 Multilingual closed caption
     14.2 Social TV
     14.3 Language study
     14.4 Multilingual caption with companion devices
     14.5 Non broadcast-oriented managed application
     14.6 Interactive UHDTV
     14.7 First Hybridcast services
     14.8 Other services offered
15 Use cases of companion devices
     15.1 Interactive manipulation with broadcast programme
     15.2 Interactive presentation of related information to broadcast programme
     15.3 Connection with web sites
     15.4 Synchronized multi-screen presentation of video streams
     15.5 Common companion application
     15.6 Common companion application to execute an application on the receiver
16 Multi-resolution video services using Hybridcast
     16.1 MPEG-DASH player for Hybridcast
     16.2 Use cases of Multi-resolution video services using Hybridcast
     1) UHDTV simultaneous streaming with terrestrial digital broadcasting using Hybridcast
     2) UHDTV live streaming and on-demand services
17 Object-based sound services using Hybridcast
18 Receiver system using broadcast-oriented managed applications and broadcast-independent managed applications
Annex 3  Integrated broadcast-broadband system based on  enhancement of data broadcasting
1 Introduction
2 Internet-based interactive data broadcasting
3 Switching to IPTV/Internet-TV  services
4 Direct access to IPTV/Internet-TV services
5 Compatibility consideration
6 Future development
Annex 4  Integrated broadcast-broadband system based on the Ginga middleware
1 Introduction
2 Ginga position
3 Ginga architecture
4 Integrated broadcast and broadband delivery
5 Secondary devices (second screens)
6 Application control
7 Developing and testing Ginga and applications
Annex 5  TV Open Platform for Smart media (TOPSmedia) system
1 Introduction
2 Application Model and Lifecycle
3 W3C Profile for Smart TV
4 Extended APIs
5 Application Signalling and Packaging
6 Other features
7 Service examples
8 Future works
Attachment  to Annex 5  Cloud TV Open Platform for Smart media (COPSmedia) system
1 Introduction
2 TOPSmedia profile
3 Cloud service transmission
4 Interoperability protocol
5 Service example
PART 2
General considerations to build IBB services
1 Consideration on use of integrated broadcast-broadband technologies on mobile devices
     1.1 User requirements
     1.2 Interoperability between telecommunication services and interactive broadcasting services
2 On-demand content playback
     2.1 Consideration on behaviour of on-demand content playback
     2.2 Use of MPEG-DASH
          2.2.1 Profile of MPEG-DASH
          2.2.2 Bitrate control in MPEG-DASH
PART 3
Harmonization of applications among different IBB systems
1 Introduction
2 Approaches for harmonization
     2.1 Possible architecture of harmonized application execution environment
     2.2 Commonality of application type
     2.3 Practical approach
3 Comparison of application environment of various IBB systems
     3.1 Comparison of additional objects, properties, and methods
     3.2 Comparison of application life-cycle aspects
          3.2.1 Application life-cycle
          3.2.2 Application signalling
          3.2.3 Application transition
4 Harmonization of second screen handling
     4.1 Communication protocols used between devices
     4.2 Communication management