Chapter 1. GENERAL METHODOLOGY FORCOMPATIBILITY ANALYSIS
1.3 PROPAGATION MODELLING
1.4 GENERIC MODEL FOR CALCULATING GEOGRAPHICAL SEPARATION DISTANCESBETWEEN A DESIRED AND AN UNDESIRED FACILITY
1.5 UTILIZATION OF THE ITU-RAERONAUTICAL PROPAGATION CURVES
Chapter 2. AERONAUTICAL VHF AIR-GROUND RADIO COMMUNICATIONSYSTEMS OPERATING IN THE BAND 117.975‒137 MHz
2.3 FREQUENCY ASSIGNMENT PLANNING CRITERIA
2.4 ALLOTMENT OF THE FREQUENCY BAND 117.975–137 MHZ
2.5 FREQUENCY SEPARATION AND CHANNELLING
2.6 SERVICES AND DESIGNATED OPERATIONAL COVERAGE (DOC)
2.7 CALCULATION OF SEPARATION DISTANCES (METHODOLOGY)
2.8 SEPARATION DISTANCES (AIR-GROUND COMMUNICATION SERVICESAND GROUND-BASED BROADCASTING SERVICES)
2.9 SEPARATION DISTANCES FOR VDL (VDL MODE 2 AND VDL MODE 4)
2.10 GUIDANCE ON THE IMPLEMENTATIONAND USE OF BACKUP FREQUENCIES
2.11 COMPATIBILITY WITH GBAS VDB
Chapter 3. INSTRUMENT LANDING SYSTEM (ILS)
3.2 DESIGNATED OPERATIONAL COVERAGE (DOC)
3.4 PROTECTION REQUIREMENTS FOR A DESIRED LOCALIZER ANDUNDESIRED LOCALIZER OR VOR FACILITY, AND FOR A DESIRED GLIDE PATH ANDUNDESIRED GLIDE PATH FACILITY
3.5 PROTECTION CRITERIA FOR A DESIREDLOCALIZER AND AN UNDESIRED GBAS VDB
3.6 COMPATIBILITY OF ILS LOCALIZERSWITH FM BROADCASTING STATIONS
3.7 GEOGRAPHICAL SEPARATION DISTANCESBETWEEN LOCALIZER FACILITIES
3.8 GEOGRAPHICAL SEPARATION DISTANCES BETWEEN (DESIRED) LOCALIZER AND(UNDESIRED) ADJACENT FREQUENCY VOR FACILITIES
3.9 GEOGRAPHICAL SEPARATION DISTANCES BETWEEN CO- AND ADJACENTFREQUENCY GLIDE PATH FACILITIES
3.10 SEPARATION DISTANCE BETWEEN THE DESIREDLOCALIZER AND THE LOCATION OF AN UNDESIRED GBAS VDB
Chapter 4. VHF OMNIDIRECTIONAL RANGE (VOR)
4.4 PROTECTION CRITERIA FOR A DESIRED VORAND UNDESIRED VOR OR LOCALIZER SIGNAL
4.5 PROTECTION CRITERIA FOR A DESIRED VORAND UNDESIRED GBAS VDB
4.6 AREAS WHERE BOTH 50 KHZ AND 100 KHZ VOR RECEIVERS ARE IN USE
4.7 CONSIDERATION OF THE HARMONICS CAUSED BY THE 9 960 HZ VOR SUBCARRIER
4.8 GEOGRAPHICAL SEPARATION DISTANCESBETWEEN VORS AND BETWEEN A VOR AND GBAS VDB
4.9 CALCULATION EXAMPLE FOR A DESIRED AND UNDESIRED VOR
4.10 CALCULATION EXAMPLE FOR A DESIREDVOR AND UNDESIRED GBAS VDB FACILITY
Chapter 5. DISTANCE MEASURING EQUIPMENT (DME)
5.2 DESIGNATED OPERATIONAL COVERAGE
5.3 FREQUENCIES AND CHANNELLING
5.4 PAIRING OF DME CHANNELS WITH AN ILS OR VOR
5.5 FREQUENCIES USED BY THE SSR SYSTEM
5.6 UNIVERSAL ACCESS TRANSCEIVER (UAT)
5.7 PROTECTION REQUIREMENTS
5.8 GEOGRAPHICAL SEPARATION DISTANCES
5.10 SEPARATION REQUIREMENT FOR DME REPLYFREQUENCIES SEPARATED BY 63 MHZ
5.11 SECTORIZED DOC OF THE DME
5.12 USE OF DIRECTIONAL ANTENNAS
5.13 PAIRING OF AN ILS, VOR AND MICROWAVE LANDING SYSTEM (MLS) WITH DME CHANNELS
5.14 GEOGRAPHICAL SEPARATION CRITERIA FOR DME,INCLUDING DME X, Y, W AND Z CHANNELS
Chapter 6. GROUND-BASED AUGMENTATION SYSTEM (GBAS)
6.2 DESIGNATED OPERATIONAL COVERAGE (DOC)
6.3 GBAS VDB RF FREQUENCIES AND CHARACTERISTICS
6.5 GBAS DATA SELECTOR ANDTIME SLOT PLANNING CRITERIA
6.6 PROTECTION REQUIREMENTS
6.8 GEOGRAPHICAL SEPARATION DISTANCES BETWEENCO- AND ADJACENT FREQUENCY FACILITIES
6.9 CALCULATION OF MINIMUM SEPARATION DISTANCES
6.10 FREQUENCY ASSIGNMENT PLANNING METHODOLOGY FOR A GBAS VDB
Appendix A. Conversion sheet and formulas
Appendix B. Regional frequency allotment plans
Appendix C. Regional frequency allotment tables
Appendix D. ITU Recommendation ITU-R P.528-5