RECOMMENDATION ITU-R BO.1130-3 - System description and selection for digital satellite ...
ANNEX 1 - Annex description of digital BSS (sound) systems
1 Summary of Digital System A
2 Summary of Digital System B
3 Summary of Digital System D
4 Summary of Digital System E
ANNEX 2 - Digital System A
1 Introduction
2 Use of a layered model
3 Application layer
    3.1 Facilities offered by the System
    3.2 Audio quality
    3.3 Transmission modes
4 Presentation layer
    4.1 Audio source encoding
    4.2 Audio decoding
    4.3 Audio presentation
    4.4 Presentation of Service Information
5 Session layer
    5.1 Programme selection
    5.2 Conditional access
6 Transport layer
    6.1 Programme services
    6.2 Main service multiplex
    6.3 Ancillary data
    6.4 Association of data
7 Network layer
    7.1 ISO audio frames
8 Data link layer
    8.1 The transmission frame
9 The physical layer
    9.1 Energy dispersal
    9.2 Convolutional encoding
    9.3 Time interleaving
    9.4 Frequency interleaving
    9.5 Modulation by 4-DPSK OFDM
    9.6 Spectrum of the RF signal
10 RF performance characteristics of Digital System A
    10.1 BER vs. C/N (in 1.5 MHz) in a Gaussian channel at 226 MHz
    10.2 BER vs. C/N (in 1.5 MHz) in a Rayleigh channel at 226 MHz
    10.3 BER vs. C/N (in 1.5 MHz) in a Rayleigh channel at 1 500 MHz
    10.4 Audio service availability
ANNEX 3 - Digital System B
1 Introduction
2 System overview
3 System description
    3.1 Transmitter
    3.2 Receiver
4 Performance
    4.1 AWGN channel
    4.2 Satellite channel
    4.3 Single frequency network
ANNEX 4 - Digital System D
1 Introduction
2 System overview
3 MPEG Layer III audio coding algorithm
    3.1 General
    3.2 MPEG-1 Layer III
    3.3 MPEG-2 Layer III (half sampling rate extension)
    3.4 MPEG-2.5 Layer III (extension toward very low sampling rates)
    3.5 Layer III audio quality - status and future improvements
4 Radio receiver operation and interfaces
    4.1 Receiver operation
    4.2 SCH functions: service types, subscription services
    4.3 Decoding an audio service
    4.4 Overall RF/IF selectivity
    4.5 Receive BER objectives and margins
    4.6 Receiver protection against interference/augmentation strategies
5 Link budgets
    5.1 Processing transponder
    5.2 Transparent transponder
REFERENCES
BIBLIOGRAPHY
ANNEX 5 -Digital System E
1 Introduction
2 System overview
3 Physical layer and modulation
    3.1 Frequency band
    3.2 Bandwidth
    3.3 Polarization
    3.4 Modulation
    3.5 Chip rate
    3.6 Signature sequence and spreading sequence
    3.7 Data spreading
    3.8 Roll-off factor
    3.9 The number of CDM channels
4 Channel coding
    4.1 Error correction coding
    4.2 Interleaving
    4.3 Pilot channel
5 Service multiplexing
6 Source coding
    6.1 Audio source coding
    6.2 Data coding
7 Example of an application of Digital System E
    7.1 Satellite link
    7.2 Gap filler
    7.3 Experimental results of high-speed vehicular receptions
    7.4 Receiver model