• QUESTION 11-2/2: Etude des techniques et des systèmes de radiodiffusion sonore et télévisuelle numérique de Terre, notamment sous l'angle d'analyses coûts/avantages, de l'interopérabilité des systèmes numériques de Terre avec les réseaux analogiques existants et des méthodes de transition des techniques analogiques de Terre aux techniques numériques
  • TABLE DES MATIÈRES
  • 1 Cadre général
  • 2 Les différentes approches possibles pour la mise en œuvre de la radiodiffusion numérique de Terre
  • 3 Choix de la stratégie de transition
  • 4 Passage à la TNT
  • 5 Plates-formes et réseaux TNT
    • 5.1 Remarques liminaires
    • 5.3 Télévision à haute définition (TVHD)
    • 5.4 Télévision mobile
    • 5.5 Télévision interactive et services de transmission de données
    • 5.6 Exposé général sur l'évolution des services et des réseaux
    • 5.7 Cadre réglementaire
    • 5.8 Passage au numérique
    • 5.9 Dividende numérique
    • 5.10 Modifications concernant les réseaux
    • 5.10.1 Caractéristiques de rayonnement
    • 5.10.2 Système TNT
  • 6 Aspects économiques
  • 7 Problèmes rencontrés par les téléspectateurs
  • 8 Conclusions et recommandations relatives au passage à la TNT
  • 9 Radiodiffusion audionumérique de Terre (T-DAB): avantages, plates-formes techniques, méthodes possibles de mise e...
    • 9.1 Avantages de la radiodiffusion audionumérique de Terre
    • 9.2 Mise en place de la radiodiffusion T-DAB
    • 9.3 Technologies T-DAB (radiodiffusion audionumérique de Terre)
    • 9.4 Méthodes de mise en œuvre de la radiodiffusion audionumérique de Terre
    • 9.5 Choix d'une approche
    • 9.6 Spécificités de la radiodiffusion audionumérique de Terre
    • 9.7 Phases de transition vers la radiodiffusion audionumérique de Terre
  • 10 Autres conséquences
  • 11 Glossaire des termes et des abréviations les plus fréquemment utilisés
  • 12 Sites web recommandés pour obtenir plus d'informations
  • Annexe 1 European Membership Case Study
  • Annexe 2 The Brazilian Case Study
  • The digital terrestrial television broadcasting channel planning and the deployment of the DTTB in Brazil.
  • 1 Introduction
  • 2 Methodology applied for digital terrestrial television channel planning and its respective results
    • 2.1 Digital television channel planning strategy
    • 2.2 Phases of digital television channel planning
    • 2.3. Channel planning results
  • 3 Legislation and Regulatory adjustments for the deployment of Digital TV in Brazil
    • 3.1 Phase 1: Creation of the Brazilian System of Digital Television (SBTVD)
    • 3.2 Phase 2: Digital Technology updates in regulatory documentation
    • 3.3 Phase 3: Creation of Basic Plan for Digital Channel Distribution (PBTVD)
    • 3.4 Phase 4: Definition of the Digital Terrestrial Television system and the transition period guidelines
    • 3.5 Phase 5: Establishment of conditions for assignment contract of the additional channel for the digital and ana...
  • 4 The Brazilian Digital Television System (SBTVD) Forum
    • 4.1 Objectives
    • 4.2 Structure and Composition
    • 4.3 Modules Assignments
    • 4.4 Outline of the Technical Standards
  • 5 Current Status of the DTTV deployment
    • 5.1 DTTV market in 2008
  • 6 Conclusion
  • Annexe 3 Case Study for the schedule of introduction of DTTV in France
  • 1 Preamble
  • 2 Schedule for digital terrestrial television (DTTV)
  • 3 Schedule for terrestrial mobile television (PMT)
  • Annexe 4 EBU HDTV Receiver Requirements EBU Tech 3333
  • 1 Scope
  • 2 Normative references
  • 3 Informative references
  • 4 Video
    • 4.1 Image formats
    • 4.2 Random Access Points
    • 4.3 Overscan
    • 4.4 Scaling between HD and SD
    • 4.5 Video Display Characteristics
    • 4.5.1 Frame Cropping information
    • 4.5.2 Format switching
    • 4.5.3 Output format
    • 4.5.4 Active Format Descriptor (AFD)
    • 4.5.5 Colorimetry
    • 4.6 Decoding compliance
    • 4.6.1 Minimum bit-rate (e.g. static pictures)
  • 5. Audio
  • 6 SI and PSI
    • 6.1 Multiple video compression
    • 6.2 Logical channel number
    • 6.3 HD_simulcast_LCN
    • 6.4 Linkage descriptor
    • 6.5 Service type (content)
    • 6.6 DVB FTA_Content_Management_Descriptor
    • 6.7 EPG
    • 6.8 Dynamic switching PMT
    • 6.9 Dynamic changes of service_names in SDT
    • 6.10 Service_move_descriptor
    • 6.11 Event_id
  • 7 Access Services
    • 7.1 DVB Subtitles
    • 7.2 HD-DVB Subtitles
    • 7.3 Clean Audio
    • 7.4 Teletext Subtitles
    • 7.5 RDS/Radio/Radio text plus
    • 7.6 Hard of Hearing
    • 7.7 Control of recording devices
    • 7.7.1 Source is HDTV Set Top Box
    • 7.7.2 HDTV PVRs
  • 8 VBI
    • 8.1 Teletext Services
    • 8.2 Wide Screen Signalling (WSS)
    • 8.3 Signalling over SCART
  • 9 Content Management
    • 9.1 Common Interface (CI)
    • 9.2 CI+
    • 9.3 Analogue HDTV/SDTV component output
    • 9.4 HDCP on HDMI
    • 9.5 HDCP switchable (via menu in STB)
    • 9.6 USB, LAN access to audio/video data
    • 9.7 FTA content management according to signalling by FTA content management descriptor
    • 9.7.1 Semantics for the FTA content management descriptor
    • 9.7.2 Fundamental requirements for HD content management
  • 10 System Software Update
  • 11 API
  • 12 RF & Channel
    • 12.1 DVB-S
    • 12.2 DVB-S2
    • 12.3 DVB-C
    • 12.4 DVB-T
    • 12.4.1 VHF/UHF S Band, 230 - 470 MHz.
    • 12.4.2 C/N performance
    • 12.4.3 Noise Figure
    • 12.5 DVB-T2
  • 13 Connectors and Interfacing
    • 13.1 DVB-T and DVB-T2
    • 13.2 DVB-C
    • 13.3 DVB-S/S2
    • 13.4 Connectors for iDTV
    • 13.5 Connectors for STB
    • 13.6 Remote control
    • 13.7 HDMI
    • 13.7.1 Video
    • 13.7.2 Audio
    • 13.8 HDMI control data
    • 13.9 USB connector
    • 13.10 Removable Media (USB-Connector)
    • 13.11 LAN-Access (Fast Ethernet, Wireless LAN or Powerline)
    • 13.12 Home Networking
  • 14 Usability
    • 14.1 Stand-by mode
    • 14.2 Power Consumption in stand-by mode.
    • 14.2 Power Switch-Off
    • 14.3 Channel change time
    • 14.4 HDCP control by user
    • 14.5 Component descriptor display
    • 14.6 Means of selecting an alternate language
    • 14.7 User controls
    • 14.8 Remote control
    • 14.8.1 Remote Control Buttons
    • 14.8.2 Audible feedback for buttons on the remote control
    • 14.9 Display functionalities
    • 14.9.1 Alphanumeric
    • 14.9.2 Event Name
  • Appendix A (informative): Signalling for CE-HTML
    • A.1. Signalling and Application lifecycle
    • A.2. Transport protocols for HTML applications
    • A.2.1 Bidirectional IP connection
    • A.2.2 DSM-CC via Broadcast channel
    • A.3. HTML profile
  • Annexe 5 Matters Related to Consumers' Digital TV Receivers
  • Annex 5 - Part A Maximizing the Quality of SDTV in the Flat-Panel Environment
    • 5.A.1 The changing environment
    • 5.A.2 Recommendations for best practice:
    • 5.A.3 Options for optimizing SDTV picture quality in a flat-panel environment
    • 5.A.4 Quality and Impairment factors
    • 5.A.5 The Broadcasters' objectives
    • 5.A.6 Production and contribution arrangements to maximize quality
    • 5.A.7 Delivery channel arrangements to maximize quality
    • 5.A.8 Receiver arrangements to maximize quality
    • 5.A.9 References:
    • 5.A.10 EBU guidelines for Consumer Flat Panel Displays (FPDs)
  • Annex 5 - Part B HDTV and Progressing Scanning Approach
    • 5.B.1 What if the core display was a 1080p display?
    • 5.B.2 Interlaced/Progressive Scanning dilemma
    • 5.B.3 Arguments for progressive scanning
    • 5.B.4 How much quality do we gain with HD?
    • 5.B.5 The balance between requirements for detail and spectrum efficiency
  • Annex 5 - Part C Status of HDTV Delivery Technology
    • 5.C.1 System considerations
    • 5.C.2 Distribution options
    • 5.C.3 Accommodation of HDTV in the ITU RRC-06 (GE-06 Agreement and Plan)
    • 5.C.5 Conclusions
    • 5.C.6 Licence Fees for MPEG-4/AVC
    • 5.C.7 Interactivity services and Teletext
    • 5.C.8 Dynamic switching of HD and SD resolutions
    • 5.C.9 Broadcast issues
    • 5.C.10 Appendix: Digital HDTV broadcast security elements
  • Annexe 6 European Commission Launches Public Consultation on Digital Dividend
    • A. Background
    • B. EU roadmap for mid- and long-term action