- 1.1 Typical frequency bands of satellite communications
- 1.2 Example usages of frequency bands for GEO
- 1.3 System interfaces
- 1.4 Punctured code definition
- 1.5 IF loop performance of the system
- 1.6 Es/No performance at quasi error free PER = 10−7 (AWGN channel)
- 1.7 TDM SH FRAME transport capability in capacity units (a block 2016 bit)
- 1.8 TDM symbol rates for all channelizations and as a function of the OFDM parameter settings (sampling frequency and guard interval) and of the TDM roll-off factor
- 1.9 TDM framing, number of CU per PL slot
- 1.10 Carrier indices for TPS carriers
- 1.11 Evolution of satellite broadband systems
- 2.1 Modulation methods
- 2.2 Cyclic redundancy check (CRC) code
- 2.3 Comparison of main multiple access method properties
- 3.1 Option fields of the IPv4 packet header
- 4.1 Quality objectives for digital telephony at 64 Kbit/s
- 4.2 Overall end-to-end and satellite HRDP error performance objectives for international ISDN connections
- 4.3 Overall end-to-end and satellite HRDP error performance objectives for digital connection at primary rate or above
- 5.1 Comparison of various switching techniques
- 6.1 Provisional IP network QoS class definitions and network performance objectives
- 6.2 Guidance for IP QoS classes
- 6.3 Frame constitution
- 6.4 Carrier main parameters (24 TRF packets per frame)
- 6.5 Carrier main parameters (18 TRF packets per frame)
- 6.6 Packets per frame in a downlink TDM
- 6.7 Downlink TDM bit rate
- 6.8 Uplink transmission configuration parameters
- 6.9 Flow type classification and SLC parameters
- 8.1 Parameters for G.711, G.729, G.723.1 and G.726 codecs
- 8.2 Network delay specifications for voice applications (ITU-T, G114)
- 8.3 LSP attributes
- 8.4 IPv6 extension headers
- 8.5 Some reserved multicast addresses
- 8.6 IPv6 addressing architecture