Annex 1 Technical description of system and characteristics
of transmitting space stations of the GLONASS global navigation satellite
system
1 Introduction
1.1 Frequency requirements
1.1.1 Signals with frequency division multiple access
1.1.2 Signals with code division multiple access
2 System overview
3 System description
3.1 Space segment
3.2 Control segment
3.3 User segment
4 Navigation signal structure
4.1 Signals with frequency division multiple access
4.2 Signals with code division multiple access
5 Signal power and spectra
5.1 Signals with frequency division multiple access
5.2 Signals with code division multiple access
Annex 2 Technical description and characteristics of the Navstar Global
Positioning System (GPS)
1 Introduction
1.1 GPS frequency requirements
2 System overview
3 System segments
3.1 Space segment
3.2 Control segment
3.3 User segment
4 GPS signal structure
5 Signal power and spectra
6 GPS transmission parameters
6.1 GPS L1 transmission parameters
6.2 GPS L2 transmission parameters
6.3 GPS L5 transmission parameters
Annex 3 Technical description and characteristics of the Galileo system
1 Introduction
1.1 Frequency requirements
2 System overview
2.1 Galileo applications
3 System segments
3.1 Space segment
3.2 Ground segment
3.3 User segment
4 Galileo signal structure
4.1 Galileo E1 signal
Annex 4 Technical description and characteristics of the quasi-zenith
satellite system (QZSS)
1 Introduction
1.1 Frequency requirements
2 System overview
3 System segments
3.1 Space segment
3.2 Control segment
3.3 User segment
4 QZSS signal structure
5 Signal power and spectra
6 Operating frequency
7 Telemetry functions
8 QZSS transmission parameters
8.1 QZSS L1 transmission parameters
8.2 QZSS L2 transmission parameters
8.3 QZSS L5 transmission parameters
Annex 5 Technical description and characteristics of the MTSAT satellite-based
augmentation system (MSAS)
1 Introduction
1.1 Frequency requirements
2 System overview
3 System segments
3.1 Space segment
3.2 Ground segments
3.3 User segment
4 MSAS signal structure
5 Signal power and spectra
6 Operating frequency
7 Telemetry functions
Annex 6 Technical description and characteristics of the LM-RPS networks
1 Introduction
2 System overview
3 System configuration
3.1 Space segment
3.2 Ground segment
4 LM-RPS signal
5 LM-RPS operating frequencies
6 Command and telemetry spectrum
7 LM-RPS transmission parameters
7.1 LM-RPS L1 transmission parameters
7.2 LM-RPS L5 transmission parameters
Annex 7 Technical description of system and characteristics of transmitting
space stations of the COMPASS system
1 Introduction
1.1 Frequency requirements
2 System overview
3 System segment
3.1 Space segment
3.2 Control segment
3.3 User segment
4 COMPASS signal structure
4.1 COMPASS B1 transmissions in the frequency band 1 559-1 610 MHz
4.2 COMPASS B2 transmissions in the frequency band 1 164-1 215 MHz
4.3 COMPASS B3 transmissions in the frequency band 1 215-1 300 MHz
Annex 8 Technical description and characteristics of the Inmarsat navigation
networks
1 Introduction
1.1 System overview
2 System configuration
2.1 Space segment
2.2 Ground segment
3 SBAS signals
4 Command and telemetry spectrum
Annex 9 Technical description and characteristics of the NIGCOMSAT SBAS
network
1 Introduction
2 Frequency and polarization plan
3 User segment
4 Ground segment
5 Navigation service
6 Navigation signal
6.1 L1 signal
6.2 L5 signal
Annex 10 Technical description of the Indian Regional Navigation Satellite
System (IRNSS) and the Indian SBAS System, GAGAN (GPS-Aided Geo-Augmented
Navigation)
1 Introduction
1.1 IRNSS and GAGAN frequency requirements
2 Systems overview
2.1 IRNSS and GAGAN applications
3 System segments
3.1 Space segment
3.2 Ground segment
3.3 User segment
4 IRNSS and GAGAN signals structures
4.1 IRNSS signal structure
4.1.1 IRNSS signal description
4.2 GAGAN transmissions
Annex 11 Technical description and characteristics of the Korea augmentation
satellite system (KASS)
1 Introduction
1.1 Frequency and polarization plan
2 System overview
3 System segments
3.1 Space segment
3.2 Ground segment
3.3 User segment
4 KASS signal structure
5 Signal power and spectra
Annex 12 Technical description and characteristics of a system for
differential correction and monitoring (SDCM)
1 Introduction
2 System review
3 System configuration
3.1 Space segment
3.2 Ground segment
4 SDCM signal
4.1 SDCM carrier frequency
4.2 SDCM signal basic parameters
Annex 13 Technical description and characteristics of the SES SBAS network
1 Introduction
2 System overview
3 System configuration
3.1 Space segment
3.2 Ground segment
4 WAAS and EGNOS payload signal structure
5 SES SBAS payloads operating frequencies
6 Command and telemetry spectrum
7 Transmission parameters
7.1 L1 signal transmission parameters
7.2 L5 signal transmission parameters
Annex 14 Technical description and characteristics of the Eutelsat SBAS
Network
1 Introduction
2 System configuration
2.1 Space segment
2.2 Ground segment
2.3 User segment
3 Transmissions characteristics