Policy on Intellectual Property Right (IPR)
�1���� Introduction
�2���� User requirements
������� 2.1���� Types of receiving terminals
������� 2.2���� Types of usage scenarios
�3���� Types of mobile receivers
������� 3.1���� Nomadic receivers
��� ����3.2���� Pedestrian receivers
������� 3.3���� Vehicular receivers
������� 3.4���� Vehicular reception
using nomadic and pedestrian receivers
������� 3.5���� An example of enhanced
handheld receivers
�4���� System characteristics and
network planning aspects
������� 4.1���� Distribution network
������� 4.2���� Some network planning
and radio frequency aspects
������� 4.3���� Receiver characteristics
������� 4.4���� Content manipulation
and distribution
������� 4.5���� Managing mobility
������� 4.6���� Error characteristics
������� 4.7���� Interoperability
between mobile telecommunication services and digital broadcasting services
�5���� Transmission mechanisms for
broadcasting of multimedia and data applications for mobile reception
�6���� Display patterns on mobile
receivers
�7���� Emission and reception
characteristics for Multimedia Systems �A�, �B�, �C�, �E�, �F�, �H�, �I�, �M�
and �T2�
�8���� Implementation of interactivity
������� 8.1���� Digital mobile
telephony
������� 8.2���� Interaction channel
making use of the broadcast spectrum
������� 8.3���� Summary of interaction
channel methodologies
�9���� User requirements of multimedia
broadcasting systems for mobile reception by handheld receivers
10���� Conclusion
�1���� Service requirements from ISDB family use cases
�2���� System descriptions
�3���� Interoperable digital
terrestrial multimedia broadcasting systems
�4���� Key features of ISDB-T
multimedia broadcasting for mobile reception
�5���� System parameters of ISDB-T
multimedia broadcasting system
������� 5.1���� Physical layer
������� 5.2���� Multiplex and
transport
������� 5.3���� Source coding
������� 5.4���� Transmission mechanism
of ISDB family
�6���� Service image of ISDB-T
multimedia broadcasting for mobile reception
������� 6.1���� Examples of 1- or
3-segment services
����������������� 6.1.1���� One
segment receiver and three-segment receiver
����������������� 6.1.2���� Interactive
broadcasting service for portable receiver connected to communication networks
��������������� ��6.1.3���� Data
broadcasting for client storage
����������������� 6.1.4���� Several
types of portable receivers and mobile receivers
������� 6.2���� Examples of 1- or
13-segment services
�7���� Normative references
�1���� Service
requirements for T-DMB use cases
������� 1.1���� General requirements
������� 1.2���� Video objects
������� 1.3���� Audio objects associated with the video
������� 1.4���� Auxiliary data (optional)
�2���� System overview
�3���� Architecture
������� 3.1���� Systems architecture
������� 3.2���� Video service
transmission architecture
������� 3.3���� Video multiplexer architecture
������� 3.4���� Scalable video service transmission architecture
������� 3.5���� SVC video multiplexer architecture
�4���� Transmission mechanisms of T-DMB
������� 4.1���� Video service
transmission architecture
�5���� Transport stream specification
������� 5.1���� Transport stream packet specification
������� 5.2���� PES packet specification
�6���� Error protection
������� 6.1���� Outer coding
������� 6.2 ����Outer interleaver
�7���� Content formats
������� 7.1���� Composition of MPEG-4 contents
������� 7.2���� Packetization of MPEG-4 contents
������� 7.3���� Audio object
������� 7.4���� Video object
����������������� 7.4.1���� Profile and levels supported
Profile
Level
����������������� 7.4.2���� Specification related to the transport of a video stream
������� 7.5���� Auxiliary data specification
������� 7.6���� Scene description
specification
������� 7.7���� Graphics data
specification
�8���� Market status of T-DMB
receivers in Korea
�9���� Applications of T-DMB
������� 9.1���� Transport protocol expert group
����������������� 9.1.1���� Road traffic message (RTM)
����������������� 9.1.2���� Point of interest (POI)
����������������� 9.1.3���� Congestion
and travel-time information (CTT)
����������������� 9.1.4���� CTT summary information (CTT-SUM)
������� 9.2���� Broadcast website (BWS)
������� 9.3���� Binary format for scenes
������� 9.4���� Dynamic label service
������� 9.5���� Slideshow
����� ��9.6���� Emergency warning system
������� 9.7���� Electronic programme
guide
������� 9.8���� Conditional access system
10���� Advanced T-DMB
������ 10.1���� Hierarchical modulation
������ 10.2���� B mode hierarchical modulation
������ 10.3���� Q mode hierarchical modulation
������ 10.4���� Constellation ratio
������ 10.5���� Turbo code
11���� Conclusions
12���� References
������ 12.1���� Normative references
������ 12.2���� Informative references
�1���� Service
requirements for DVB-H use cases
������� 1.1 ����The Electronic Service Guide
������� 1.2���� Mobile TV
������� 1.3���� Enhanced mobile TV
������� 1.4���� Scheduled download of audiovisual content or executable software
modules
������� 1.5���� Service purchase, service access and content protection
������� 1.6���� Roaming
������� 1.7���� Interference free reception in the mobile environment
������� 1.8���� Long battery lives
������� 1.9���� Implementation of interactivity
������ 1.10���� Digital mobile telephony
�2���� The DVB-H standard for delivery
and reception of content to handheld/mobile terminals
�3���� Overview of the DVB-H delivery
mechanism
������� 3.1���� The DVB-H PHY and link layer
������� 3.2���� The end-to-end system topology
������� 3.3���� IP-based mobile broadcast services systems with DVB-H
�4���� Schematic picture of IP
datacast over DVB-H system and the application of the mobile phone interaction
path
������� 4.1����
IP-based services delivery over DVB-H
����������������� 4.1.1���� IP as a content bearer for the
broadcasted data
������� 4.2���� Content formats
�5���� DVB-H commercial deployments
�6���� References
������� 6.1���� Normative references
������� 6.2���� General end-to-end system description
����������������� 6.2.1���� DVB-H
radio interface
����������������� 6.2.2 ����IP Datacast service layer
����������������� 6.2.3���� IP
Datacast codecs and formats
����������������� 6.2.4���� OMA BCAST
mobile broadcast services system
�1���� Introduction
�2���� Requirements for delivery to
mobile handhelds
������� 2.1���� Required service types
������� 2.2���� Quality of service
������� 2.3���� Audio and video
support
������� 2.4���� Functionality, cost,
power consumption
�3���� FLO system architecture
������� 3.1���� Network Operation
Centre
������� 3.2���� FLO transmitters
������� 3.3���� IMT‑2000 network
������� 3.4���� FLO‑enabled
devices
�4���� FLO system overview
������� 4.1���� Content acquisition
and distribution
������� 4.2���� Multimedia and data
applications services
������� 4.3���� Power consumption
optimization
� ������4.4���� Wide and local area
content
������� 4.5���� Layered modulation
�5���� FLO air interface
������� 5.1���� Protocol reference
model
����������������� 5.1.1���� Key
features of upper layers
����������������� 5.1.2���� Key
features of stream layer
����������������� 5.1.3���� Key
features of Medium Access Control (MAC) layer
����������������� 5.1.4���� Key
features of physical layer
������� 5.2���� FLO air interface
fundamentals
����������������� 5.2.1���� OFDM
modulation
����������������� 5.2.2��� �Physical
layer characteristics
����������������� 5.2.3���� Error
correction and coding techniques
����������������� 5.2.4���� Bandwidth
requirements
����������������� 5.2.5���� Transport
mechanisms
�6���� Candidate frequency bands
�7���� Conclusion
�8��� �Normative references
������� 8.1���� References
�1���� General description
�2���� Service requirements for RAVIS use cases
�3���� Technical aspects of RAVIS
������� 3.1���� Audio and video codecs, multiplexing
������� 3.2���� Content
������� 3.3���� Channel coding
������� 3.4���� Transmission mechanisms of RAVIS
������� 3.5���� Network architecture
������� 3.6���� Testing
������� 3.7���� Simulation
�4���� Brief description of the system
�5���� Russian Federation national standards
�1���� General description
������� 1.1���� Additional information
on Multimedia System �I� which combines a satellite component and a terrestrial
component
�2���� Configurations
�3���� Transmission
mechanisms of DVB-SH
������� 3.1���� DVB-SH link and service layer outline
�4���� Specific issues addressed by
DVB-SH
������� 4.1���� Reception conditions
and DVB-SH features
������� 4.2���� Combining techniques
������� 4.3���� Local content insertion
�5���� Introduction scenarios
a)���� �Vehicular first� introduction
scenario
b)���� �Handheld first� introduction
scenario
�6���� Conclusion
�7���� References
������� 7.1���� Normative references
������� 7.2���� General end-to-end system description
����������������� 7.2.1���� DVB-SH
radio interface
����������������� 7.2.2���� IP
Datacast service layer
����������������� 7.2.3���� IP
Datacast codecs and formats
����������������� 7.2.4���� OMA BCAST
mobile broadcast services system
�1���� Organization
������� 1.1���� Scope
�2���� References
������� 2.1���� Normative references
�3���� Acronyms and abbreviations
������� 3.1���� Terms
�4���� ATSC-M/H system definition
�5���� ATSC-M/H system overview
�6���� Description of the A/153
standard�s parts
�1���� General description
�2���� Service requirements for DVB-T2
Lite use cases
�3���� Architectural and protocol
stack model
�4���� Transmission mechanisms of
DVB-T2 Lite
�5���� Key technologies
�6���� Physical and link layer
�7���� Performance of system
�8 ����Link
budget
�9���� Example of possible use of
system
�1���� MBMS key characteristics
�2���� MBMS requirements
�3���� The MBMS broadcast multicast
service centre
�4���� MBMS user equipment handheld
terminal capabilities
�5���� MBMS service and Application
types
�6���� MBMS radio bearer
implementation