• REPORT OF THE CPM on operational and regulatory/procedural matters TO THE WORLD RADIOCOMMUNICATION CONFERENCE 2015
• Preface
• Cross-reference between the WRC-15 agenda items and the chapters orsub-chapters of the CPM Report
• CONTENTS
• Introduction to the CPM Report to WRC-15
• I.1 Origin and purpose of CPM-15
• I.2 Organization of the ITU-R preparation for the conference
• I.3 Preparation of the CPM Report to WRC-15
• I.4 Presentation and structure of the Report
• Chapter 1 – Mobile and Amateur issues
• 1/1.1/1 Executive summary
• 1/1.1/2 Background
• 1/1.1/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 1/1.1/3.1 Spectrum requirements
• 1/1.1/3.1.1 IMT
• 1/1.1/3.1.2 Radio local area networks (RLAN)
• 1/1.1/3.2 Sharing and compatibility studies
• 1/1.1/3.2.1 Frequency range 470 to 694/698 MHz
• 1/1.1/3.2.1.1 Broadcasting service and mobile service/IMT
• 1/1.1/3.2.1.1.1 Broadcasting service in the GE06 planning area
• 1/1.1/3.2.1.1.2 Broadcasting service outside the GE06 planning area
• 1/1.1/3.2.1.2 Applications ancillary to broadcasting (SAB/SAP) and mobile service/IMT in Region 1
• 1/1.1/3.2.1.3 Fixed service and mobile service/IMT
• 1/1.1/3.2.1.4 Radio astronomy service and mobile service/IMT
• 1/1.1/3.2.2 Frequency range 1 300 MHz to 1 525 MHz
• 1/1.1/3.2.2.1 Broadcasting service and mobile service/IMT
• 1/1.1/3.2.2.2 Radiodetermination and mobile service/IMT
• 1/1.1/3.2.2.3 Aeronautical mobile telemetry systems and the mobile service/IMT
• 1/1.1/3.2.2.4 Broadcasting-satellite service in the frequency band 1 452-1 492 MHz
• 1/1.1/3.2.2.5 Radio astronomy service and mobile service/IMT
• 1/1.1/3.2.2.6 Unwanted emissions in the frequency band 1 400-1 427 MHz
• 1/1.1/3.2.2.7 Fixed service and the mobile service/IMT
• 1/1.1/3.2.2.8 Mobile-satellite service and mobile service/IMT
• 1/1.1/3.2.3 Frequency range 1 695-1 710 MHz
• 1/1.1/3.2.4 Frequency ranges 2 025-2 110 MHz and 2 200-2 290 MHz
• 1/1.1/3.2.5 Frequency range 2 700-2 900 MHz
• 1/1.1/3.2.6 Frequency range 2 900-3 100 MHz
• 1/1.1/3.2.7 Frequency range 3 300-3 400 MHz
• 1/1.1/3.2.8 Frequency range 3 400-4 200 MHz
• 1/1.1/3.2.8.1 Fixed service and the mobile service/IMT
• 1/1.1/3.2.8.2 Fixed-satellite service and mobile service/IMT
• 1/1.1/3.2.9 Frequency range 4 400-4 900 MHz
• 1/1.1/3.2.9.1 Radio astronomy service and mobile service/IMT
• 1/1.1/3.2.9.2 Aeronautical mobile systems and the mobile service/IMT
• 1/1.1/3.2.9.3 Fixed service and the mobile service/IMT
• 1/1.1/3.2.9.4 Fixed-satellite service and the mobile service/IMT
• 1/1.1/3.2.10 Frequency range 4 800-5 000 MHz
• 1/1.1/3.2.10.1 Aeronautical mobile systems and mobile service/IMT
• 1/1.1/3.2.10.2 Fixed service and mobile service (IMT)
• 1/1.1/3.2.10.3 Radio astronomy service and the mobile service/IMT
• 1/1.1/3.2.11 Frequency range 5 350-5 470 MHz
• 1/1.1/3.2.11.1 Earth exploration-satellite service (active) and the mobile service/RLAN
• 1/1.1/3.2.11.2 Radar systems and the mobile service/RLANs
• 1/1.1/3.2.12 Frequency range 5 725-5 850 MHz
• 1/1.1/3.2.13 Frequency range 5 925-6 425 MHz
• 1/1.1/3.2.13.1 Fixed service and the mobile service/IMT
• 1/1.1/3.2.13.2 Fixed-satellite service and mobile service/IMT
• 1/1.1/3.2.14 Overview of studies for the potential candidate frequency bands listed in section 1/1.1/4.2
• 1/1.1/4 Analysis of the results of studies
• 1/1.1/4.1 Analysis of the results for frequency bands studied
• 1/1.1/4.1.1 Frequency range 470-694/698 MHz
• 1/1.1/4.1.1.1 Broadcasting service and mobile service/IMT
• 1/1.1/4.1.1.1.1 Broadcasting in the GE06 planning area
• 1/1.1/4.1.1.1.1.1 Co-channel studies
• 1/1.1/4.1.1.1.1.1.1 Mobile service base stations as an interferer into broadcast reception
• 1/1.1/4.1.1.1.1.1.2 Broadcasting as an interferer into mobile service base stations
• 1/1.1/4.1.1.1.1.2 Adjacent channel studies
• 1/1.1/4.1.1.1.1.2.1 IMT base station interference into DTTB
• 1/1.1/4.1.1.1.1.3 Analysis of co-channel, adjacent channel and spectrum requirement studies
• 1/1.1/4.1.1.1.2 Broadcasting outside the GE06 planning area
• 1/1.1/4.1.1.1.2.1 Co-channel and adjacent channel studies
• 1/1.1/4.1.1.1.2.2 Analysis of co-channel and adjacent channel studies
• 1/1.1/4.1.1.2 Applications ancillary to broadcasting (SAB/SAP) and mobile service/IMT in Region 1
• 1/1.1/4.1.1.3 Fixed service and mobile service/IMT
• 1/1.1/4.1.1.4 Radio astronomy service and mobile service/IMT
• 1/1.1/4.1.1.4.1 Unwanted emissions in the frequency band 608 - 614 MHz
• 1/1.1/4.1.1.5 Aeronautical radionavigation service and mobile service/IMT
• 1/1.1/4.1.2 Frequency range 1 300-1 525 MHz
• 1/1.1/4.1.2.1 Radionavigation-satellite service and mobile service/IMT
• 1/1.1/4.1.2.2 Fixed service and mobile service/IMT
• 1/1.1/4.1.2.3 Broadcasting service and mobile service/IMT 1 452-1 492 MHz
• 1/1.1/4.1.2.4 Radiodetermination and mobile service/IMT
• 1/1.1/4.1.2.5 Aeronautical mobile telemetry systems and mobile service/IMT
• 1/1.1/4.1.2.6 Broadcasting-satellite service in the frequency band 1 452-1 492 MHz
• 1/1.1/4.1.2.7 Radio astronomy service and mobile service/IMT
• 1/1.1/4.1.2.8 Unwanted emissions in the frequency band 1 400-1 427 MHz
• 1/1.1/4.1.2.8.1 Earth exploration-satellite service (passive) and mobile service/IMT
• 1/1.1/4.1.2.8.2 Radio astronomy service (1 400-1 427 MHz) and the mobile service/IMT in adjacent band
• 1/1.1/4.1.2.9 Mobile-satellite service and mobile service/IMT
• 1/1.1/4.1.3 Frequency range 1 695-1 710 MHz
• 1/1.1/4.1.3.1 Meteorological-satellite service and the mobile service/IMT
• 1/1.1/4.1.4 Frequency ranges 2 025-2 110 MHz and 2 200-2 290 MHz
• 1/1.1/4.1.4.1 Space research, Earth exploration-satellite, space operation services and mobile service/IMT
• 1/1.1/4.1.5 Frequency bands within the range 2 700-2 900 MHz
• 1/1.1/4.1.5.1 Radiodetermination and mobile service (IMT)
• 1/1.1/4.1.5.2 Unwanted emissions in the frequency band 2 690-2 700 MHz
• 1/1.1/4.1.5.2.1 Radio astronomy service and the mobile service/IMT
• 1/1.1/4.1.6 Frequency bands within the range 2 900-3 100 MHz
• 1/1.1/4.1.6.1 Radiodetermination and mobile service (IMT)
• 1/1.1/4.1.7 Frequency bands within the range 3 300-3 400 MHz
• 1/1.1/4.1.7.1 Radiodetermination and the mobile service/IMT
• 1/1.1/4.1.8 Frequency bands within the range 3 400-4 200 MHz
• 1/1.1/4.1.8.1 Fixed service and the mobile service/IMT
• 1/1.1/4.1.8.2 Fixed-satellite service and mobile service/IMT
• 1/1.1/4.1.8.3 Unwanted emissions into the frequency band 4 200-4 400 MHz
• 1/1.1/4.1.9 Frequency bands within the range 4 400-4 900 MHz
• 1/1.1/4.1.9.1 Aeronautical mobile systems and mobile service/IMT
• 1/1.1/4.1.9.2 Fixed service and mobile service (IMT)
• 1/1.1/4.1.9.3 Fixed-satellite service and the mobile service/IMT
• 1/1.1/4.1.9.4 Unwanted emissions into the frequency band 4 200-4 400 MHz
• 1/1.1/4.1.10 Frequency bands within the range 4 800-5 000 MHz
• 1/1.1/4.1.10.1 Aeronautical mobile systems and mobile service/IMT
• 1/1.1/4.1.10.2 Fixed service and mobile service (IMT)
• 1/1.1/4.1.10.3 Radio astronomy service and the mobile service/IMT
• 1/1.1/4.1.10.3.1 Unwanted emissions in the frequency band 4 990-5 000 MHz
• 1/1.1/4.1.10.4 Radionavigation-satellite service and mobile service/IMT
• 1/1.1/4.1.11 Frequency bands within the range 5 350-5 470 MHz
• 1/1.1/4.1.11.1 Earth exploration-satellite service (active) and the mobile service/RLANs
• 1/1.1/4.1.11.2 Radar systems and the mobile service/RLANs
• 1/1.1/4.1.12 Frequency bands within the range 5 725-5 850 MHz
• 1/1.1/4.1.13 Frequency bands within the range 5 925-6 425
• 1/1.1/4.1.13.1 Fixed service and the mobile service/IMT
• 1/1.1/4.1.13.2 Fixed-satellite service and mobile service/IMT
• 1/1.1/4.2 Potential candidate frequency bands
• 1/1.1/5 Method(s) to satisfy the agenda item
• 1/1.1/5.1 For the frequency band 470-694/698 MHz
• 1/1.1/5.2 For the frequency band 1 350-1 400 MHz
• 1/1.1/5.3 For the frequency band 1 427-1 452 MHz
• 1/1.1/5.4 For the frequency band 1 452-1 492 MHz
• 1/1.1/5.5 For the frequency band 1 492-1 518 MHz
• 1/1.1/5.6 For the frequency band 1 518-1 525 MHz
• 1/1.1/5.7 For the frequency band 1 695-1 710 MHz
• 1/1.1/5.8 For the frequency band 2 700-2 900 MHz
• 1/1.1/5.9 For the frequency band 3 300-3 400 MHz
• 1/1.1/5.10 For the frequency band 3 400-3 600 MHz
• 1/1.1/5.11 For the frequency band 3 600-3 700 MHz
• 1/1.1/5.12 For the frequency band 3 700-3 800 MHz
• 1/1.1/5.13 For the frequency band 3 800-4 200 MHz
• 1/1.1/5.14 For the frequency band 4 400-4 500 MHz
• 1/1.1/5.15 For the frequency band 4 500-4 800 MHz
• 1/1.1/5.16 For the frequency band 4 800-4 990 MHz
• 1/1.1/5.17 For the frequency band 5 350-5 470 MHz
• 1/1.1/5.18 For the frequency band 5 725-5 850 MHz
• 1/1.1/5.19 For the frequency band 5 925-6 425 MHz
• 1/1.1/6 Regulatory and procedural considerations
• 1/1.1/6.1 For the frequency band 470-694/698 MHz
• 1/1.1/6.1.1 For Method C, Option C1
• 1/1.1/6.1.2 For Method C, Option C2
• 1/1.1/6.2 For the frequency band 1 350-1 400 MHz
• 1/1.1/6.2.1 For Method B or C, Option C1a
• 1/1.1/6.2.2 For Method B or C, Option C1b
• 1/1.1/6.2.3 For Method C, Option C2
• 1/1.1/6.2.4 For Method B, Option B1
• 1/1.1/6.3 For the frequency band 1 427-1 452 MHz
• 1/1.1/6.3.1 For Method C, Option C1a
• 1/1.1/6.3.2 For Method C, Option C1b
• 1/1.1/6.3.3 For Method C, Option C2
• 1/1.1/6.3.4 For Method C, Option C3
• 1/1.1/6.4 For the frequency band 1 452-1 492 MHz
• 1/1.1/6.4.1 For Method C, Option C1
• 1/1.1/6.4.2 For Method C, Option C2
• 1/1.1/6.4.3 For Method C, Option C3
• 1/1.1/6.4.4 For Method C, Option C4
• 1/1.1/6.5 For the frequency band 1 492-1 518 MHz
• 1/1.1/6.5.1 For Method C, Option C1
• 1/1.1/6.5.2 For Method C, Option C2
• 1/1.1/6.5.3 For Method C, Option C3
• 1/1.1/6.5.4 For Method C, Option C4
• 1/1.1/6.6 For the frequency band 1 518-1 525 MHz
• 1/1.1/6.6.1 For Method C, Option C1
• 1/1.1/6.6.2 For Method C, Option C2
• 1/1.1/6.6.3 For Method C, Option C3
• 1/1.1/6.7 For the frequency band 1 695-1 710 MHz
• 1/1.1/6.7.1 For Method C, Option C1a
• 1/1.1/6.7.2 For Method C, Option C1b
• 1/1.1/6.8 For the frequency band 2 700-2 900 MHz
• 1/1.1/6.8.1 For Method B and C, Option B1 in conjunction with C1
• 1/1.1/6.8.2 For Method B and C, Option B2 in conjunction with C2
• 1/1.1/6.9 For the frequency band 3 300-3 400 MHz
• 1/1.1/6.9.1 For Method B, Option B1
• 1/1.1/6.9.2 For Method C, Option C1
• 1/1.1/6.9.3 For Method B, Option B2
• 1/1.1/6.9.4 For Method C, Option C2
• 1/1.1/6.10 For the frequency band 3 400-3 600 MHz
• 1/1.1/6.10.1 For Method B, Option B1
• 1/1.1/6.10.2 For Method B, Option B2
• 1/1.1/6.10.3 For Method B, Option B3
• 1/1.1/6.10.4 For Method B, Option B4
• 1/1.1/6.10.5 For Method B, Option B5
• 1/1.1/6.10.6 For Method C, Option C1
• 1/1.1/6.10.7 For Method C, Option C2
• 1/1.1/6.10.8 For Method C, Option C3
• 1/1.1/6.10.9 For Method C, Option C4
• 1/1.1/6.10.10 For Method C, Option C5
• 1/1.1/6.11 For the frequency band 3 600-3 700 MHz
• 1/1.1/6.12 For the frequency band 3 700-3 800 MHz
• 1/1.1/6.13 For the frequency band 3 800-4 200 MHz
• 1/1.1/6.14 For the frequency band 4 400-4 500 MHz
• 1/1.1/6.14.1 For Method C, Option C1
• 1/1.1/6.14.2 For Method C, Option C2
• 1/1.1/6.15 For the frequency band 4 500-4 800 MHz
• 1/1.1/6.15.1 For Method A
• 1/1.1/6.15.2 For Method C, Option C1
• 1/1.1/6.15.3 For Method C, Option C2
• 1/1.1/6.15.4 For Method C, Option C3
• 1/1.1/6.15.5 For Method C, Option C4
• 1/1.1/6.16 For the frequency band 4 800-4 990 MHz
• 1/1.1/6.16.1 For Method C, Option C1
• 1/1.1/6.16.2 For Method C, Option C2
• 1/1.1/6.17 For the frequency band 5 350-5 470 MHz
• 1/1.1/6.18 For the frequency band 5 725-5 850 MHz
• 1/1.1/6.19 For the frequency band 5 925-6 425 MHz
• 1/1.1/6.19.1 For Method C, Option C1
• 1/1.1/6.19.2 For Method C, Option C2
• 1/1.1/6.19.3 For Method C, Option C3
• 1/1.1/6.19.4 For Method C, Option C4
• 1/1.2/1 Executive summary
• 1/1.2/2 Background
• 1/1.2/3 Summary of technical and operational studies and relevant ITU-R Recommendations
• 1/1.2/3.1 Spectrum requirements
• 1/1.2/3.1.1 Spectrum requirements for the broadcasting service
• 1/1.2/3.1.2 Spectrum requirements for the mobile service
• 1/1.2/3.2 Sharing and compatibility studies between IMT and the broadcasting service
• 1/1.2/3.2.1 Co-channel studies
• 1/1.2/3.2.1.1 Mobile service base stations as an interferer into broadcast reception
• 1/1.2/3.2.1.2 Broadcasting service as an interferer into mobile service base stations
• 1/1.2/3.2.2 Adjacent channel studies
• 1/1.2/3.2.2.1 IMT base station interference into DTTB
• 1/1.2/3.2.2.2 IMT user equipment interference into DTTB
• 1/1.2/3.2.2.2.1 Minimum coupling loss calculations
• 1/1.2/3.2.2.2.2 Monte Carlo simulations
• 1/1.2/3.2.2.2.3 Monte Carlo simulations with post-processing
• 1/1.2/3.2.2.2.4 Monte Carlo simulation with time element
• 1/1.2/3.2.2.2.5 Monte Carlo sensitivity studies
• 1/1.2/3.2.2.2.6 Field trials
• 1/1.2/3.2.2.3 Measurements
• 1/1.2/3.2.2.4 Results adjacent channel studies – IMT UE interference into DTTB
• 1/1.2/3.3 Sharing and compatibility studies between IMT and aeronautical radionavigation service
• 1/1.2/3.4 Solutions for SAB/SAP
• 1/1.2/4 Analysis of the results of studies
• 1/1.2/4.1 Analysis of studies between IMT and the broadcasting service
• 1/1.2/4.1.1 Co-channel studies between IMT and the broadcasting service
• 1/1.2/4.1.2 Adjacent channel studies between IMT and the broadcasting service
• 1/1.2/4.2 Analysis of the results for the compatibility studies between the mobile service and the aeronautical radionavigation service for the countries listed in RR No. 5.312
• 1/1.2/4.2.1 Results of compatibility studies of the mobile service with the aeronautical radionavigation service without interference from the broadcasting service
• 1/1.2/4.2.2 Results of compatibility studies of the mobile service with the aeronautical radionavigation service with interference from the broadcasting service
• 1/1.2/4.2.3 Conclusions
• 1/1.2/4.3 Analysis of solutions for SAB/SAP
• 1/1.2/5 Methods to satisfy the agenda item
• 1/1.2/5.1 Issue A: Option for the refinement of the lower edge
• 1/1.2/5.2 Issue B: Technical and regulatory conditions applicable to the mobile service concerning the compatibility between the mobile service and the broadcasting service
• 1/1.2/5.2.1 Method B1
• 1/1.2/5.2.2 Method B2
• 1/1.2/5.2.3 Method B3
• 1/1.2/5.2.4 Method B4
• 1/1.2/5.3 Issue C: Technical and regulatory conditions applicable to the mobile service concerning the compatibility between the mobile service and the aeronautical radionavigation service for the countries listed in RR No. 5.312
• 1/1.2/5.3.1 Method C1
• 1/1.2/5.3.2 Method C2
• 1/1.2/5.3.3 Method C3
• 1/1.2/5.3.4 Method C4
• 1/1.2/5.3.5 Method C5
• 1/1.2/5.3.6 Method C6
• 1/1.2/5.4 Issue D: Solutions for accommodating applications ancillary to broadcasting requirements
• 1/1.2/5.4.1 Method D1
• 1/1.2/5.4.2 Method D2
• 1/1.2/5.4.3 Method D3
• 1/1.2/6 Regulatory and procedural considerations
• 1/1.2/6.1 Issue A: Options for the refinement of the lower edge
• 1/1.2/6.2 Issue B: Technical and regulatory conditions applicable to the mobile service concerning the compatibility between the mobile service and the broadcasting service
• 1/1.2/6.2.1 For Method B1
• 1/1.2/6.2.2 For Method B2
• 1/1.2/6.2.3 For Method B3
• 1/1.2/6.2.4 For Method B4
• 1/1.2/6.3 Issue C: Technical and regulatory conditions applicable to the mobile service concerning the compatibility between the mobile service and the aeronautical radionavigation service
• 1/1.2/6.3.1 Main body of Resolution 232 for all Methods under Issue C (C1-C6)
• 1/1.2/6.3.2 New Annex 1 to Resolution 232 for the different Methods C1 to C6
• 1/1.2/6.3.2.1 For Method C1
• 1/1.2/6.3.2.2 For Method C2
• 1 Consideration of mobile service base stations impact to ground and aircraft aeronautical radionavigation service stations
• 1.1 Mobile service base station impact to aeronautical radionavigation service aircraft receiver
• 1.2 Mobile service base station impact on aeronautical radionavigation service ground-based receiver
• 2 Consideration of mobile service user equipment impact on aeronautical radionavigation service ground-based and aircraft stations
• 1/1.2/6.3.2.3 For Method C3
• 1/1.2/6.3.2.4 For Method C4
• 1/1.2/6.3.2.5 For Method C5
• 1/1.2/6.3.2.6 For Method C6
• 1 Consideration of mobile service base stations impact to ground-based and aircraft aeronautical radionavigation service stations
• 1.1 Mobile service base station impact on aeronautical radionavigation service aircraft receiver
• 1.2 Mobile service base station impact to aeronautical radionavigation service ground-based receiver
• 2 Consideration of mobile service user equipment impact on aeronautical radionavigation service ground-based and aircraft stations
• 1/1.2/6.4 Issue D: Solutions for accommodating applications ancillary to broadcasting requirements
• 1/1.2/6.4.1 For Method D1
• 1/1.2/6.4.2 For Method D2
• 1/1.2/6.4.3 For Method D3
• 1/1.3/1 Executive summary
• 1/1.3/2 Background
• 1/1.3/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 1/1.3/4 Analysis of the results of studies
• 1/1.3/5 Methods to satisfy the agenda item
• 1/1.3/5.1 Method A: Editorial updating to Resolution 646 (Rev.WRC-12)
• 1/1.3/5.2 Method B: Modify Resolution 646 (Rev.WRC-12) to include spectrum for broadband PPDR and frequency bands/ranges to facilitate harmonization
• 1/1.3/5.3 Method C: Modify Resolution 646 (Rev.WRC-12), excluding PPDR frequencies through non-mandatory reference to Recommendation ITU-R M.2015
• 1/1.3/5.4 Method D: Modify Resolution 646 (Rev.WRC-12), to include suitable global and regional tuning ranges for PPDR operations with their specific frequency arrangements and any national use covered through non-mandatory reference to Recommendation...
• 1/1.3/6 Regulatory and procedural considerations
• 1/1.3/6.1 For Method A: Editorial updating to Resolution 646 (Rev.WRC-12)
• 1/1.3/6.2 For Method B: Modify Resolution 646 (Rev.WRC-12) to include spectrum for broadband PPDR and frequency bands/ranges to facilitate harmonization
• 1/1.3/6.3 Method C: Modify Resolution 646 (Rev.WRC-12), excluding PPDR frequencies through non-mandatory reference to Recommendation ITU-R M.2015
• 1/1.3/6.4 Method D: Modify Resolution 646 (Rev.WRC-12), to include suitable global and regional tuning ranges for PPDR operations with their specific frequency arrangements and any national use covered through non-mandatory reference to Recommendation...
• 1/1.4/1 Executive summary
• 1/1.4/2 Background
• 1/1.4/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 1/1.4/3.1 Compatibility with stations in the fixed service
• 1/1.4/3.2 Compatibility with stations in the mobile service
• 1/1.4/4 Analysis of the results of studies
• 1/1.4/5 Methods to satisfy the agenda item
• 1/1.4/5.1 Method A
• 1/1.4/5.1.1 Method A1
• 1/1.4/5.1.2 Method A2
• 1/1.4/5.1.3 Method A3
• 1/1.4/5.1.4 Method A4
• 1/1.4/5.2 Method B
• 1/1.4/6 Regulatory and procedural considerations
• 1/1.4/6.1.1 Regulatory and procedural considerations for Method A1
• 1/1.4/6.1.2 Regulatory and procedural considerations for Method A2
• 1/1.4/6.1.3 Regulatory and procedural considerations for Method A3
• 1/1.4/6.1.4 Regulatory and procedural considerations for Method A4
• 1/1.4/6.2 Regulatory and procedural considerations for Method B
• Chapter 2 – Science issues
• 2/1.11/1 Executive summary
• 2/1.11/2 Background
• 2/1.11/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 2/1.11/4 Analysis of the results of studies
• 2/1.11/4.1 Earth exploration-satellite service spectrum requirements in the 7-8 GHz frequency range
• 2/1.11/4.2 Earth exploration-satellite service sharing with the fixed service
• 2/1.11/4.3 Earth exploration-satellite service sharing with the mobile service
• 2/1.11/4.4 Earth exploration-satellite service sharing with the space research service (deep-space)
• 2/1.11/4.5 Earth exploration-satellite service sharing with the space research service (near-Earth)
• 2/1.11/4.6 Earth exploration-satellite service sharing with the space operation service
• 2/1.11/5 Methods to satisfy the agenda item
• 2/1.11/5.1 Method A
• 2/1.11/5.2 Method B
• 2/1.11/5.3 Method C
• 2/1.11/6 Regulatory and procedural considerations
• 2/1.11/6.1 Method A
• 2/1.11/6.2 Method B
• 2/1.11/6.3 Method C
• 2/1.12/1 Executive summary
• 2/1.12/2 Background
• 2/1.12/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 2/1.12/3.1 Estimated spectrum requirements
• 2/1.12/3.2 Possible frequency bands for extension of the Earth exploration-satellite (active) service allocation
• 2/1.12/4 Analysis of the results of studies
• 2/1.12/4.1 Sharing studies with incumbent services
• 2/1.12/4.1.1 Sharing between EESS SAR and systems operating in the radiodetermination service
• 2/1.12/4.1.1.1 Sharing of the Earth exploration-satellite (active) service with the radiolocation service
• 2/1.12/4.1.1.1.1 Effect of radiolocation systems on the new generation of EESS SAR
• 2/1.12/4.1.1.1.2 Effect of EESS SAR on radiolocation systems in the frequency band 8 700-9 300 MHz
• 2/1.12/4.1.1.1.3 Effect of EESS SAR on radiolocation systems in the frequency band 10.0-10.5 GHz
• 2/1.12/4.1.1.2 Sharing between the Earth exploration-satellite (active) service and the radionavigation service
• 2/1.12/4.1.1.2.1 Frequency band 9 000-9 200 MHz
• 2/1.12/4.1.1.2.2 Frequency band 9 200-9 300 MHz
• 2/1.12/4.1.1.2.3 Frequency band 9 900-10 000 MHz
• 2/1.12/4.1.1.2.4 Effect of radionavigation systems on the new generation of EESS SAR
• 2/1.12/4.1.1.3 Summary of studies with the radio determination service
• 2/1.12/4.1.2 Sharing between EESS SAR and systems in the fixed service
• 2/1.12/4.1.2.1 Effect of EESS SAR on systems operating in the fixed service
• 2/1.12/4.1.2.2 Effect of fixed service stations on systems in the Earth exploration-satellite (active) service
• 2/1.12/4.1.2.3 Conclusion on compatibility between stations of the fixed service and EESS SAR
• 2/1.12/4.1.3 Sharing between EESS SAR and systems operating in the mobile service
• 2/1.12/4.1.3.1 Effect of EESS SAR on systems operating in the mobile service
• 2/1.12/4.1.3.2 Effect of systems operating in the mobile service on EESS SAR
• 2/1.12/4.1.3.3 Conclusion on compatibility between systems in the mobile service and EESS SAR
• 2/1.12/4.1.4 Sharing between EESS SAR and stations operating in the amateur and amateur-satellite services
• 2/1.12/4.2 Compatibility studies related to unwanted emissions
• 2/1.12/4.2.1 Studies on unwanted emissions into stations of the space research service
• 2/1.12/4.2.2 Studies on unwanted emissions into stations of the radio astronomy service
• 2/1.12/4.2.3 Studies on unwanted emissions into stations of the Earth exploration-satellite (passive) and space research (passive) services
• 2/1.12/5 Methods to satisfy the agenda item
• 2/1.12/5.1 Method A: Primary Earth exploration-satellite (active) service allocation in the frequency band 9 900-10 500 MHz
• 2/1.12/5.1.1 Method A1: Add a primary allocation to the Earth exploration-satellite (active) service in the frequency band 9 900-10 500 MHz
• 2/1.12/5.1.2 Method A2: Add a primary Earth exploration-satellite (active) service allocation in the frequency band 9 900-10 500 MHz subject to inclusion of technical and regulatory constraints into the Radio Regulations
• 2/1.12/5.2 Method B: Primary Earth exploration-satellite (active) service allocation in the frequency bands 9 200-9 300 MHz and 9 900-10 400 MHz
• 2/1.12/5.2.1 Method B1: Add a primary allocation to the Earth exploration-satellite (active) service in the frequency bands 9 200-9 300 MHz and 9 900-10 400 MHz
• 2/1.12/5.2.2 Method B2: Add a primary Earth exploration-satellite (active) service allocation in the frequency bands 9 200-9 300 MHz and 9 900-10 400 MHz subject to inclusion of technical and regulatory constraints into the Radio Regulations
• 2/1.12/5.3 Method C: Primary Earth exploration-satellite (active) service allocation in the frequency bands 9 200-9300 MHz, and 10 000-10 100 MHz, and a secondary Earth exploration-satellite (active) service allocation in the frequency band 9 900-10 0...
• 2/1.12/5.3 Method D: No change to the Radio Regulations (NOC)
• 2/1.12/6 Regulatory and procedural considerations
• 2/1.12/6.1 Method A - Primary Earth exploration-satellite (active) service allocation in the frequency band 9 900-10 500 MHz
• 2/1.12/6.1.1 Method A1: Add a primary allocation to the Earth exploration-satellite (active) service in the frequency band 9 900-10 500 MHz
• 2/1.12/6.1.2 Method A2: Add a primary Earth exploration-satellite (active) service allocation in the frequency band 9 900-10 500 MHz subject to inclusion of technical and regulatory constraints into the Radio Regulations
• 2/1.12/6.2 Method B - Primary Earth exploration-satellite (active) service allocations in the frequency bands 9 200-9 300 MHz and 9 900-10 400 MHz
• 2/1.12/6.2.1 Method B1: Add a primary allocation to the Earth exploration-satellite (active) service in the frequency bands 9 200-9 300 MHz and 9 900-10 400 MHz
• 2/1.12/6.2.2 Method B2: Add a primary Earth exploration-satellite (active) service allocation in the frequency bands 9 200-9 300 MHz and 9 900-10 400 MHz subject to inclusion of technical and regulatory constraints into the Radio Regulations
• 2/1.12/6.3 Method C - Primary Earth exploration-satellite (active) service allocations in the frequency bands 9 200-9 300 MHz and 10 000-10 100 MHz and secondary Earth exploration-satellite (active) service allocations in the frequency band 9 900-10 ...
• 2/1.12/6.3 Method D: No change to the Radio Regulations (NOC)
• 2/1.13/1 Executive summary
• 2/1.13/2 Background
• 2/1.13/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 2/1.13/4 Analysis of the results of studies
• 2/1.13/5 Method(s) to satisfy the agenda item
• 2/1.13/6 Regulatory and procedural considerations
• 2/1.14/1 Executive summary
• 2/1.14/2 Background
• 2/1.14/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 2/1.14/4 Analysis of the results of studies
• 2/1.14/4.1 Reported incidents
• 2/1.14/4.2 Negative impact of suppressing the leap second in UTC on systems
• For the purpose of celestial navigation ephemeris tables will need to take into account the fact that UTC will not be an adequate approximation of UT1 anymore.
• 2/1.14/4.3 Positive impact of suppressing the leap second in UTC on systems
• 2/1.14/4.4 Requirements for access to UT1
• 2/1.14/4.5 Impact on civil time
• 2/1.14/4.6 Considerations on retaining the name of UTC if a modified definition is adopted
• 2/1.14/4.7 Considerations for achieving a continuous reference time-scale
• 2/1.14/5 Methods to satisfy the agenda item
• 2/1.14/5.1 Method A
• 2/1.14/5.1.1 Method A1
• 2/1.14/5.1.2 Method A2
• Similar to those described in Method A1 except polysemy. It will also be necessary to modify official documents when they refer to the UTC time-scale as defined today.
• 2/1.14/5.2 Method B
• 2/1.14/5.3 Method С
• 2/1.14/5.3.1 Method C1
• 2/1.14/5.3.2 Method C2
• 2/1.14/5.4 Method D
• 2/1.14/6 Regulatory and procedural considerations
• 2/1.14/6.1 Method A
• 2/1.14/6.1.1 Method A1
• 2/1.14/6.1.2 Method A2
• 2/1.14/6.2 Method B
• 2/1.14/6.3 Method C
• 2/1.14/6.3.1 Methods C1 and C2
• 2/1.14/6.4 Method D
• 2/9.2.1 Issue of defining radio stations operating in the meteorological aids service
• 2/9.2.1/1 Executive summary
• 2/9.2.1/2 Background
• 2/9.2.1/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 2/9.2.1/4 Regulatory and procedural considerations
• 2/9.2.2 Clarification of the use of deep space allocations in regard to certain provisions of the Radio Regulations
• 2/9.2.2/1 Executive summary
• 2/9.2.2/2 Background
• 2/9.2.2/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 2/9.2.2/4 Methods to satisfy the issue
• 2/9.2.2/5 Regulatory and procedural considerations
• 2/9.2.2/5.1 Method A
• 2/9.2.2/5.2 Method B
• Chapter 3 – Aeronautical, Maritime and Radiolocation issues
• 3/1.5/1 Executive summary
• 3/1.5/2 Background
• 3/1.5/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 3/1.5/3.1 Summary of technical and operational studies
• 3/1.5/3.2 Relevant ITU-R recommendations and reports
• 3/1.5/4 Analysis of the results of studies
• 3/1.5/5 Methods to satisfy the agenda item
• 3/1.5/5.1 Method A: Use of the fixed-satellite service
• 3/1.5/5.2 Method B: No change to the Radio Regulations (NOC)
• 3/1.5/6 Regulatory and procedural considerations
• 3/1.5/6.1 Method A: Use of the fixed satellite service
• 1 Introduction
• 2 Compatibility with the fixed service
• 3 Protection of other fixed-satellite service networks
• 4 Protection of radio astronomy and other incumbent services as appropriate
• 3/1.5/6.2 Method B: No change to the Radio Regulations
• 3/1.15/1 Executive summary
• 3/1.15/2 Background
• 3/1.15/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 3/1.15/4 Analysis of the results of studies
• 3/1.15/5 Method(s) to satisfy the agenda item
• 3/1.15/6 Regulatory and procedural considerations
• 3/1.16/1 Executive summary
• 3/1.16/2 Background
• 3/1.16/2.1 With regard to resolves 1 of Resolution 360 (WRC-12)
• 3/1.16/2.2 With regard to resolves 2 of Resolution 360 (WRC-12)
• 3/1.16/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 3/1.16/3.1 AIS channel overloading
• 3/1.16/3.1.1 Study on VHF data link loading
• 3/1.16/3.1.2 AIS and ASM blocking
• 3/1.16/3.2 New applications for enhanced maritime radiocommunication
• 3/1.16/3.3 Study for terrestrial component of VHF data exchange system
• 3/1.16/3.4 Study on possible frequencies for satellite component of VHF data exchange system
• 3/1.16/3.4.1 Frequency already allocated for MSS
• 3/1.16/3.4.2 Possible new frequency allocation for MMSS
• 3/1.16/3.4.2.1 Compatibility for MMSS downlink in 156-162 MHz
• 3/1.16/3.4.2.1.1 Mobile service (primary basis, all Regions) and MMSS downlink
• 3/1.16/3.4.2.1.2 Fixed service (primary basis, all Regions) and MMSS downlink
• 3/1.16/3.4.2.1.3 MMSS downlink in the frequency band 156-162 MHz and radio astronomy service in the frequency band 150.05-153 MHz (primary basis, Region 1)
• 3/1.16/3.4.2.2 Compatibility for MMSS uplink in 156-162 MHz
• 3/1.16/3.4.2.3 Use of non-GSO satellite systems to enhance maritime safety
• 3/1.16/3.5 Relevant ITU-R Reports and Recommendations
• 3/1.16/4 Analysis of the results of studies
• 3/1.16/4.1 AIS overloading
• 3/1.16/4.1.1 Study on VHF data link loading
• 3/1.16/4.1.2 AIS blocking
• 3/1.16/4.1.3 ASM blocking
• 3/1.16/4.2 Study of review (re-identification) of channels for terrestrial component of VHF data exchange system
• 3/1.16/4.3 Study on possible frequencies for satellite component of VHF data exchange system
• 3/1.16/5 Methods to satisfy the agenda item
• 3/1.16/5.1 Issue A – Application specific message designation
• 3/1.16/5.1.1 Method A1
• 3/1.16/5.1.2 Method A2
• 3/1.16/5.1.3 Method A3
• 3/1.16/5.2 Issue B – New applications for maritime radiocommunication – terrestrial component
• 3/1.16/5.2.1 Method B1
• 3/1.16/5.2.2 Method B2
• 3/1.16/5.3 Issue C – New application for maritime radiocommunication – satellite component
• 3/1.16/5.3.1 Method C1-A
• 3/1.16/5.3.2 Method C1-B
• 3/1.16/5.3.3 Method C2
• 3/1.16/5.4 Issue D – VDES regional solution – Method D
• 3/1.16/6 Regulatory and procedural considerations
• 3/1.16/6.1 Example of a regulatory presentation of Method A1
• 3/1.16/6.2 Example of a regulatory presentation for Method A2
• 3/1.16/6.3 Example of a regulatory presentation for Method A3
• 3/1.16/6.4 Example of a regulatory presentation of Method B1
• 3/1.16/6.5 Example of a regulatory presentation of Method B2
• 3/1.16/6.6 Example of a regulatory presentation of Method C1-A
• 3/1.16/6.7 Example of a regulatory presentation of Method C1-B
• 1 Coordination thresholds for sharing between MSS (space-to-Earth) and terrestrial services in the same frequency bands and between non-GSO MSS feeder links (space-to-Earth) and terrestrial services in the same frequency bands and between RDSS (space-...
• 1.1 Below 1 GHz*
• 3/1.16/6.8 Example for Method C2
• 3/1.16/6.9 Example for Method D
• 3/1.17/1 Executive summary
• 3/1.17/2 Background
• 3/1.17/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 3/1.17/4 Analysis of the results of studies
• 3/1.17/4.1 Analysis of the frequency bands below 15.7 GHz
• 3/1.17/4.2 Analysis of the frequency bands above 15.7 GHz
• 3/1.17/5 Method to satisfy the agenda item
• 3/1.17/6 Regulatory and procedural considerations
• 3/1.18/1 Executive summary
• 3/1.18/2 Background
• 3/1.18/2.1 Regulatory status of the RLS in the frequency band 76-81 GHz
• 3/1.18/3 Summary and the analysis of the results of the technical and operational studies relating to the possible methods of satisfying the agenda item, including a list of relevant ITU-R Recommendations
• 3/1.18/4 Analysis of the results of studies relating to the possible methods of satisfying the agenda item
• 3/1.18/5 Method(s) to satisfy the agenda item
• 3/1.18/5.1 Method A
• 3/1.18/5.2 Method B
• 3/1.18/6 Regulatory and procedural considerations
• 3/1.18/6.1 Method A
• 3/1.18/6.2 Method B
• Chapter 4 – Satellite services
• Sub-Chapter 4.1 – Fixed-satellite service
• 4.1/1.6.1 Resolution 151 (WRC-12)
• 4.1/1.6.1/1 Executive summary
• 4.1/1.6.1/2 Background
• 4.1/1.6.1/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 4.1/1.6.1/3.1 Overview of current unplanned FSS allocations in Region 1
• 4.1/1.6.1/3.2 Frequency bands examined
• 4.1/1.6.1/4 Analysis of the results of studies
• 4.1/1.6.1/4.1 10.0-10.5 GHz band
• 4.1/1.6.1/4.1.1 FSS (space-to-Earth) sharing with the FS
• 4.1/1.6.1/4.1.2 FSS (space-to-Earth) sharing with the MS
• 4.1/1.6.1/4.1.3 FSS (space-to-Earth) sharing with the RLS
• 4.1/1.6.1/4.1.4 FSS (space-to-Earth) sharing with the radio astronomy service (RAS) operating in the adjacent frequency band
• 4.1/1.6.1/4.1.5 Summary of studies for the band 10.0-10.5 GHz
• 4.1/1.6.1/4.2 10.5-10.6 GHz band
• 4.1/1.6.1/4.2.1 FSS (space-to-Earth) sharing with the FS
• 4.1/1.6.1/4.2.2 FSS (space-to-Earth) sharing with the MS
• 4.1/1.6.1/4.2.3 FSS (space-to-Earth) sharing with the RLS
• 4.1/1.6.1/4.2.4 FSS (space-to-Earth) sharing with the RAS operating in the adjacent frequency band
• 4.1/1.6.1/4.2.5 Summary of studies for the band 10.5-10.6 GHz
• 4.1/1.6.1/4.3 10.6-10.68 GHz band
• 4.1/1.6.1/4.3.1 FSS (Earth-to-space and space-to-Earth) sharing with the EESS (passive)
• 4.1/1.6.1/4.3.2 FSS (space-to-Earth) sharing with the FS
• 4.1/1.6.1/4.3.3 FSS (space-to-Earth) sharing with the MS
• 4.1/1.6.1/4.3.4 FSS (space-to-Earth) sharing with the RAS
• 4.1/1.6.1/4.3.5 Summary of studies for the band 10.6-10.68 GHz
• 4.1/1.6.1/4.4 13.25-13.4 GHz band
• 4.1/1.6.1/4.4.1 FSS (Earth-to-space) sharing with the EESS (active)
• 4.1/1.6.1/4.4.2 FSS (space-to-Earth) sharing with the EESS (active)
• 4.1/1.6.1/4.4.3 FSS (space-to-Earth) sharing with the ARNS
• 4.1/1.6.1/4.4.4 FSS (Earth-to-space) sharing with the ARNS
• 4.1/1.6.1/4.4.5 FSS (space-to-Earth and Earth-to-space) sharing with the SRS (active)
• 4.1/1.6.1/4.4.6 FSS (space-to-Earth and Earth-to-space) sharing with the FS
• 4.1/1.6.1/4.4.7 Summary of studies for the band 13.25-13.4 GHz
• 4.1/1.6.1/4.5 13.4-13.75 GHz band
• 4.1/1.6.1/4.5.1 FSS (Earth-to-space and space-to-Earth) sharing with the EESS
• 4.1/1.6.1/4.5.1.1 FSS (Earth-to-space) sharing with the EESS (active)
• 4.1/1.6.1/4.5.1.2 FSS (space-to-Earth) sharing with the EESS (active)
• 4.1/1.6.1/4.5.2 FSS (Earth-to-space) sharing with the SRS
• 4.1/1.6.1/4.5.3 FSS (space-to-Earth) sharing with the SRS
• 4.1/1.6.1/4.5.4 FSS (space-to-Earth) sharing with the RLS and radionavigation service (RNS)
• 4.1/1.6.1/4.5.5 FSS (Earth-to-space) sharing with the RLS and RNS
• 4.1/1.6.1/4.5.6 FSS (space-to-Earth) sharing with the FS and MS
• 4.1/1.6.1/4.5.7 FSS (Earth-to-space) sharing with the FS and MS
• 4.1/1.6.1/4.5.8 FSS (Earth-to-space and space-to-Earth) sharing with the standard frequency and time signal-satellite service (SFTSSS)
• 4.1/1.6.1/4.5.9 Summary of studies for the band 13.4-13.75 GHz
• 4.1/1.6.1/4.6 14.5-14.8 GHz band
• 4.1/1.6.1/4.6.1 FSS and BSS feeder link Plan/List, contained in RR Appendix 30A (AP 30A)
• 4.1/1.6.1/4.6.2 FSS (Earth-to-space) sharing with the FS
• 4.1/1.6.1/4.6.3 FSS (Earth-to-space) sharing with the MS/AMS
• 4.1/1.6.1/4.6.4 FSS (Earth-to-space and space-to-Earth) sharing with the SRS
• 4.1/1.6.1/4.6.5 FSS (Earth-to-space) sharing with the RAS operating in adjacent band
• 4.1/1.6.1/4.6.6 FSS (space-to-Earth) sharing with the MS/AMS
• 4.1/1.6.1/4.6.7 FSS (space-to-Earth) sharing with the FS
• 4.1/1.6.1/4.6.7.1 Interference from FS to FSS (space-to-Earth)
• 4.1/1.6.1/4.6.7.2 Interference from FSS (space-to-Earth) to FS
• 4.1/1.6.1/4.6.8 Summary of studies for the band 14.5-14.8 GHz
• 4.1/1.6.1/4.7 14.8-15.35 GHz band
• 4.1/1.6.1/4.7.1 FSS (Earth-to-space) sharing with the MS/AMS
• 4.1/1.6.1/4.7.2 FSS (Earth-to-space) sharing with the FS
• 4.1/1.6.1/4.7.3 FSS (space-to-Earth and Earth-to-space) sharing with the SRS
• 4.1/1.6.1/4.7.4 FSS (space-to-Earth) sharing with the MS/AMS
• 4.1/1.6.1/4.7.5 FSS (space-to-Earth) sharing with the FS
• 4.1/1.6.1/4.7.5.1 Interference from FS to FSS (space-to-Earth)
• 4.1/1.6.1/4.7.5.2 Interference from FSS (space-to-Earth) to FS
• 4.1/1.6.1/4.7.6 Summary of studies for the band 14.8-15.35 GHz
• 4.1/1.6.1/4.8 15.35-15.4 GHz band
• 4.1/1.6.1/4.8.1 Summary of studies for the band 15.35-15.4 GHz
• 4.1/1.6.1/4.9 15.4-15.7 GHz band
• 4.1/1.6.1/4.9.1 FSS sharing with the RLS
• 4.1/1.6.1/4.9.1.1 FSS (Earth-to-space) sharing with the RLS
• 4.1/1.6.1/4.9.1.2 FSS (space-to-Earth) sharing with the RLS
• 4.1/1.6.1/4.9.2 FSS (Earth-to-space) sharing with the ARNS
• 4.1/1.6.1/4.9.3 Summary of studies for the band 15.4-15.7 GHz
• 4.1/1.6.1/4.10 15.7-16.6 GHz band
• 4.1/1.6.1/4.10.1 FSS sharing with the RLS
• 4.1/1.6.1/4.10.1.1 FSS (Earth-to-space) sharing with the RLS
• 4.1/1.6.1/4.10.1.2 FSS (space-to-Earth) sharing with the RLS
• 4.1/1.6.1/4.10.2 Summary of studies for the band 15.7-16.6 GHz
• 4.1/1.6.1/4.11 16.6-17 GHz band
• 4.1/1.6.1/4.11.1 FSS sharing with the RLS
• 4.1/1.6.1/4.11.1.1 FSS (Earth-to-space) sharing with the RLS
• 4.1/1.6.1/4.11.1.2 FSS (space-to-Earth) sharing with the RLS
• 4.1/1.6.1/4.11.2 Summary of studies for the band 16.6-17 GHz
• 4.1/1.6.1/5 Methods to satisfy this part of the agenda item
• 4.1/1.6.1/5.1 AA: 10.00-10.50 GHz for FSS (space-to-Earth)
• 4.1/1.6.1/5.1.1 Method AA1: No change to RR Article 5
• 4.1/1.6.1/5.2 E: 13.4-13.75 GHz for FSS (Earth-to-space)
• 4.1/1.6.1/5.2.1 Method E1: No change to RR Article 5
• 4.1/1.6.1/5.2.2 Method E2: Make an allocation of 250 MHz to the FSS (Earth-to-space) in the band 13.4-13.75 GHz in Region 1
• 4.1/1.6.1/5.3 EE: 13.4-13.75 GHz for FSS (space-to-Earth)
• 4.1/1.6.1/5.3.1 Method EE1: No change to RR Article 5
• 4.1/1.6.1/5.3.2 Method EE2: Make an allocation of 250 MHz to the FSS (space-to-Earth) in the band 13.4-13.75 GHz
• 4.1/1.6.1/5.4 F: 14.5-14.8 GHz for FSS (Earth-to-space)
• 4.1/1.6.1/5.4.1 Method F1: No change to RR Article 5
• 4.1/1.6.1/5.4.2 Method F2: Modify the existing FSS allocation to support FSS uplinks that are not limited to BSS feeder links
• 4.1/1.6.1/5.4.2.1 Views expressed in favour of this method
• 4.1/1.6.1/5.4.2.2 Views expressed against this method
• 4.1/1.6.1/5.5 FF: 14.5-14.8 GHz for FSS (space-to-Earth)
• 4.1/1.6.1/5.5.1 Method FF1: No change to RR Article 5
• 4.1/1.6.1/5.5.2 Method FF2: New allocation to the FSS (space-to-Earth) in the band 14.5-14.8 GHz
• 4.1/1.6.1/5.6 G: 14.8-15.35 GHz for FSS (Earth-to-space)
• 4.1/1.6.1/5.6.1 Method G1: No change to RR Article 5
• 4.1/1.6.1/5.6.2 Method G2: Allocate the 14.8-15.1 GHz frequency band to the FSS (Earth-to-space)
• 4.1/1.6.1/5.7 GG: 14.8-15.35 GHz for FSS (space-to-Earth)
• 4.1/1.6.1/5.7.1 Method GG1: No change to RR Article 5
• 4.1/1.6.1/5.7.2 Method GG2: New allocation to the FSS (space-to-Earth) within the band 14.8-15.35 GHz
• 4.1/1.6.1/5.8 I: 15.4-15.7 GHz for FSS (Earth-to-space)
• 4.1/1.6.1/5.8.1 Method I1: No change to RR Article 5
• 4.1/1.6.1/5.9 II: 15.4-15.7 GHz for FSS (space-to-Earth)
• 4.1/1.6.1/5.9.1 Method II1: No change to RR Article 5
• 4.1/1.6.1/6 Regulatory and procedural considerations
• 4.1/1.6.1/6.1 Methods AA1, E1, EE1, F1, FF1, G1, GG1, I1, II1: No change to RR Article 5
• 4.1/1.6.1/6.2 AA: 10.00-10.50 GHz for FSS (space-to-Earth)
• 4.1/1.6.1/6.3 E: 13.4-13.75 GHz for FSS (Earth-to-space)
• 4.1/1.6.1/6.3.1 Method E2
• 4.1/1.6.1/6.4 EE: 13.4-13.75 GHz for FSS (space-to-Earth)
• 4.1/1.6.1/6.4.1 Method EE2
• 4.1/1.6.1/6.5 F: 14.5-14.8 GHz for FSS (Earth-to-space)
• 4.1/1.6.1/6.5.1 Method F2
• 4.1 Provisions applicable to Regions 1 and 3
• 4 Limits to the interference into frequency assignments in conformity with the Regions 1 and 3 feeder-link Plan or with the Regions 1 and 3 feeder-link List or proposed new or modified assignments in the Regions 1 and 3 feeder-link List (Rev.WRC-0...
• 6 Limits applicable to protect a frequency assignment in the band 17.8-18.1 GHz (Region 2) to a receiving feeder-link space station in the fixed-satellite service (Earth-to-space) or a frequency assignment in the band 14.5-14.8 GHz (allny regions whe...
• 1 Threshold values for determining when coordination is required between, on one hand, transmitting space stations in the fixed-satellite service or the broadcasting-satellite service and, on the other hand, a receiving space station in the feeder-lin...
• 2 Threshold values for determining when coordination is required between, on one hand, transmitting feeder-link earth stations in the fixed-satellite service in Region 2 in 17.8-18.1 GHz or transmitting earth stations in the fixed-satellite service in...
• 2 Threshold values for determining when coordination is required between transmitting feeder-link earth stations in the fixed-satellite service in Region 2 and a receiving space station in the Regions 1 and 3 feeder-link Plan or List or a proposed new...
• 3 Threshold values for determining when coordination is required between, transmitting earth stations in the fixed-satellite service in 14.5-14.8 GHz not subject to the Regions 1 and 3 feeder-link Plan or List and a receiving space station in the Regi...
• 4.1/1.6.1/6.6 FF: 14.5-14.8 GHz for FSS (space-to-Earth)
• 4.1/1.6.1/6.6.1 Method FF2
• 4.1/1.6.1/6.7 G: 14.8-15.1 GHz for FSS (Earth-to-space)
• 4.1/1.6.1/6.7.1 Method G2
• 4.1/1.6.1/6.8 GG: 14.8-15.1 GHz for FSS (space-to-Earth)
• 4.1/1.6.1/6.8.1 Method GG2
• 4.1/1.6.2 Resolution 152 (WRC-12)
• 4.1/1.6.2/1 Executive summary
• 4.1/1.6.2/2 Background
• 4.1/1.6.2/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 4.1/1.6.2/3.1 Overview of current unplanned FSS allocations in Regions 2 and 3
• 4.1/1.6.2/3.2 Frequency bands examined
• 4.1/1.6.2/4 Analysis of the results of studies
• 4.1/1.6.2/4.1 13.25-13.4 GHz band
• 4.1/1.6.2/4.1.1 FSS (Earth-to-space) sharing with the EESS
• 4.1/1.6.2/4.1.2 FSS (Earth-to-space) sharing with the ARNS
• 4.1/1.6.2/4.1.3 FSS (Earth-to-space) sharing with the SRS (active)
• 4.1/1.6.2/4.1.4 FSS (Earth-to-space) sharing with the FS
• 4.1/1.6.2/4.1.5 Summary of studies for the band 13.25-13.40 GHz
• 4.1/1.6.2/4.2 13.4-13.75 GHz band
• 4.1/1.6.2/4.2.1 FSS (Earth-to-space) sharing with the EESS
• 4.1/1.6.2/4.2.2 FSS (Earth-to-Space) sharing with the SRS
• 4.1/1.6.2/4.2.3 FSS (Earth-to-Space) sharing with the RLS and RNS
• 4.1/1.6.2/4.2.4 Summary of studies for the band 13.4-13.75 GHz
• 4.1/1.6.2/4.3 14.5-14.8 GHz band
• 4.1/1.6.2/4.3.1 FSS (Earth-to-space) and BSS feeder links
• 4.1/1.6.2/4.3.2 FSS (Earth-to-space) sharing with the MS/AMS
• 4.1/1.6.2/4.3.3 FSS (Earth-to-space) sharing with the FS
• 4.1/1.6.2/4.3.4 FSS (Earth-to-space) sharing with the SRS
• 4.1/1.6.2/4.3.5 Summary of studies for the band 14.5-14.8 GHz
• 4.1/1.6.2/4.4 14.8-15.35 GHz band
• 4.1/1.6.2/4.4.1 FSS (Earth-to-space) sharing with the SRS
• 4.1/1.6.2/4.4.2 FSS (Earth-to-space) sharing with the MS/AMS
• 4.1/1.6.2/4.4.3 FSS (Earth-to-space) sharing with the FS
• 4.1/1.6.2/4.4.4 Summary of studies for the band 14.8-15.35 GHz
• 4.1/1.6.2/4.5 15.35-15.4 GHz band
• 4.1/1.6.2/4.6 15.4-15.7 GHz band
• 4.1/1.6.2/4.6.1 FSS (Earth-to-space) sharing with the RLS
• 4.1/1.6.2/4.6.2 FSS (Earth-to-space) sharing with the ARNS
• 4.1/1.6.2/4.6.3 Summary of studies for the band 15.4-15.7 GHz
• 4.1/1.6.2/4.7 15.7-16.6 GHz band
• 4.1/1.6.2/4.7.1 FSS (Earth-to-space) sharing with the RLS
• 4.1/1.6.2/4.7.2 Summary of studies for the band 15.7-16.6 GHz
• 4.1/1.6.2/4.8 16.6-17 GHz band
• 4.1/1.6.2/4.8.1 FSS (Earth-to-space) sharing with the RLS
• 4.1/1.6.2/4.8.2 Summary of studies for the band 16.6-17 GHz
• 4.1/1.6.2/5 Method(s) to satisfy this part of the agenda item
• 4.1/1.6.2/5.1 D: 13.25-13.4 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/5.1.1 Method D1: No change to RR Article 5
• 4.1/1.6.2/5.2 E: 13.4-13.75 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/5.2.1 Method E1: No change to RR Article 5
• 4.1/1.6.2/5.2.2 Method E2: Make an allocation of 250 MHz in the 13.4-13.75 GHz band to the FSS (Earth-to-space) in Regions 2 and 3
• 4.1/1.6.2/5.3 F: 14.5-14.8 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/5.3.1 Method F1: No change to RR Article 5
• 4.1/1.6.2/5.3.2 Method F2: Modify the existing FSS allocation to support FSS uplinks that are not limited to BSS feeder links
• 4.1/1.6.2/5.4 G: 14.8-15.35 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/5.4.1 Method G1: No change to RR Article 5
• 4.1/1.6.2/5.4.2 Method G2: Allocate the 14.8-15.1 GHz frequency band to the FSS (Earth-to-space)
• 4.1/1.6.2/5.5 H: 15.35-15.4 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/5.5.1 Method H1: No change to RR Article 5
• 4.1/1.6.2/5.6 I: 15.4-15.7 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/5.6.1 Method I1: No change to RR Article 5
• 4.1/1.6.2/5.7 J: 15.7-16.6 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/5.7.1 Method J1: No change to RR Article 5
• 4.1/1.6.2/5.8 K: 16.6-17 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/5.8.1 Method K1: No change to RR Article 5
• 4.1/1.6.2/6 Regulatory and procedural considerations
• 4.1/1.6.2/6.1 Methods D1, E1, F1, G1, H1, I1, J1 and K1: No change to RR Article 5
• 4.1/1.6.2/6.2 E: 13.4-13.75 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/6.2.1 Method E2
• 4.1/1.6.2/6.3 F: 14.5-14.8 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/6.3.1 Method F2
• 4.1/1.6.2/6.4 G: 14.8-15.35 GHz for FSS (Earth-to-space)
• 4.1/1.6.2/6.4.1 Method G2
• 4.1/1.7/1 Executive summary
• 4.1/1.7/2 Background
• 4.1/1.7/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 4.1/1.7/3.1 Summary of studies performed
• 4.1/1.7/3.2 Applicable Recommendations
• 4.1/1.7/4 Analysis of the results of studies
• 4.1/1.7/5 Method to satisfy the agenda item
• 4.1/1.7/6 Regulatory and procedural considerations
• 4.1/1.8/1 Executive summary
• 4.1/1.8/2 Background
• 4.1/1.8/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 4.1/1.8/3.1 Study based on increasing the number of passes of ships in the C and Ku bands
• 4.1/1.8/3.2 Study establishing different protection distances for different maximum e.i.r.p. density levels, which yields shorter protection distances for e.i.r.p. density levels lower than those currently allowed by Resolution 902 (WRC-03)
• 4.1/1.8/3.3 Establishment of different protection distances for different maximum e.i.r.p. density levels accounting for the statistical information on maritime traffic and the probability of frequency overlapping
• 4.1/1.8/4 Analysis of the results of studies
• 4.1/1.8/4.1 Several concerns on the studies
• 4.1/1.8/4.1.1 Some administrations are of the view that:
• 4.1/1.8/4.1.2 Some other administrations are of the view that:
• 4.1/1.8/4.2 Other considerations
• 4.1/1.8/4.3 Views on the ESV regulatory framework
• 4.1/1.8/5 Method(s) to satisfy the agenda item
• 4.1/1.8/5.1 Method A: No change to the Radio Regulations
• 4.1/1.8/5.2 Method B: Increasing off-shore protection distance in the C band
• 4.1/1.8/5.3 Method C: Establishment of different protection distances for different maximum e.i.r.p. density levels, with shorter protection distances for e.i.r.p. density levels lower than those currently allowed by Resolution 902 (WRC-03)
• 4.1/1.8/5.4 Method D: Establishment of different protection distances for different maximum e.i.r.p. density levels accounting for the statistical information on maritime traffic and the probability of frequency overlapping
• 4.1/1.8/5.5 Method E: Review of the regulatory regime governing operation of ESVs
• 4.1/1.8/6 Regulatory and procedural considerations
• 4.1/1.8/6.1 Method A
• 4.1/1.8/6.2 Method B
• 4.1/1.8/6.3 Method C
• 4.1/1.8/6.4 Method D
• 4.1/1.9.1/1 Executive summary
• 4.1/1.9.1/2 Background
• 4.1/1.9.1/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 4.1/1.9.1/4 Analysis of the results of studies
• 4.1/1.9.1/4.1 Sharing in the 7 150-7 250 MHz band
• 4.1/1.9.1/4.1.1 FSS sharing with the SRS (deep space) in the 7 150-7 190 MHz band
• 4.1/1.9.1/4.1.2 FSS sharing with the SRS (near-Earth) in the 7 190-7 235 MHz band
• 4.1/1.9.1/4.1.3 FSS sharing with the FS in the 7 150-7 250 MHz band
• 4.1/1.9.1/4.1.4 FSS sharing with the MS in the 7 150-7 250 MHz band
• 4.1/1.9.1/4.1.5 FSS sharing with the EESS in the 7 150-7 235 MHz band
• 4.1/1.9.1/4.1.6 FSS sharing with the SOS in the 7 150-7 235 MHz band
• 4.1/1.9.1/4.2 Sharing in the 8 400-8 500 MHz band
• 4.1/1.9.1/4.2.1 FSS sharing with the SRS (deep space) in the 8 400-8 450 MHz band
• 4.1/1.9.1/4.2.2 FSS sharing with the SRS (near-Earth) in the 8 450-8 500 MHz band
• 4.1/1.9.1/4.2.3 FSS sharing with the FS in the 8 400-8 500 MHz band
• 4.1/1.9.1/4.2.4 FSS sharing with the MS (except aeronautical mobile) in the 8 400-8 500 MHz band
• 4.1/1.9.1/5 Methods to satisfy this part of the agenda item
• 4.1/1.9.1/5.1 Method A
• 4.1/1.9.1/5.2 Method B
• 4.1/1.9.1/5.3 Method C
• 4.1/1.9.1/6 Regulatory and procedural considerations
• 4.1/1.9.1/6.1 Method A
• 4.1/1.9.1/6.2 Method B
• 4.1/1.9.1/6.3 Method C
• Sub-Chapter 4.2 – Mobile-satellite service
• 4.2/1.9.2/1 Executive summary
• 4.2/1.9.2/2 Background
• 4.2/1.9.2/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 4.2/1.9.2/4 Analysis of the results of studies
• 4.2/1.9.2/4.1 MMSS (s-E) sharing with the fixed service in 7 375-7 750 MHz
• 4.2/1.9.2/4.2 MMSS (s-E) sharing with the FSS (s-E) in 7 375-7 750 MHz
• 4.2/1.9.2/4.3 MMSS (s-E) sharing with the MS (except aeronautical mobile) in 7 375-7 750 MHz
• 4.2/1.9.2/4.4 MMSS (s-E) sharing with the MetSat (s-E) in 7 450-7 550 MHz
• 4.2/1.9.2/4.5 MMSS (E-s) sharing with the EESS (s-E) in 8 025-8 400 MHz
• 4.2/1.9.2/4.6 MMSS (E-s) sharing with the FS in 8 025-8 400 MHz
• 4.2/1.9.2/4.7 MMSS (E-s) sharing with the FSS (E-s) in 8 025-8 400 MHz
• 4.2/1.9.2/4.8 MMSS (E-s) sharing with the MS (except aeronautical mobile) in 8 025-8 400 MHz
• 4.2/1.9.2/4.9 MMSS (E-s) sharing with the MetSat in 8 175-8 215 MHz
• 4.2/1.9.2/4.10 MMSS (E-s) compatibility with the SRS (deep space) (s-E) in 8 400-8 450 MHz
• 4.2/1.9.2/4.11 Summary for all affected services
• 4.2/1.9.2/4.11.1 Frequency band 7 375-7 750 MHz
• 4.2/1.9.2/4.11.2 Frequency band 8 025-8 400 MHz
• 4.2/1.9.2/5 Method(s) to satisfy this part of the agenda item
• 4.2/1.9.2/5.1 Method A
• 4.2/1.9.2/5.2 Method B
• 4.2/1.9.2/5.3 Method C
• 4.2/1.9.2/6 Regulatory and procedural considerations
• 4.2/1.9.2/6.1 Method A
• 4.2/1.9.2/6.2 Method B
• 4.2/1.9.2/6.3 Method C
• 4.2/1.10/1 Executive summary
• 4.2/1.10/2 Background
• 4.2/1.10/3 Summary of the technical and operational studies, including a list of relevant ITU-R Recommendations
• 4.2/1.10/3.1 Estimated spectrum needs
• 4.2/1.10/4 Analysis of the results of studies
• 4.2/1.10/4.1 Earth exploration-satellite service (passive)
• 4.2/1.10/4.2 Space research and Earth exploration-satellite services (space-to-Earth)
• 4.2/1.10/4.3 Fixed service
• 4.2/1.10/4.3.1 MSS (space-to-Earth) to FS
• 4.2/1.10/4.3.2 MSS (Earth-to-space) to FS
• 4.2/1.10/4.4 Inter-satellite service
• 4.2/1.10/4.4.1 Impact of MSS (space-to-Earth) into ISS receivers in the bands 22.55-23.15 GHz and 23.15-23.55 GHz
• 4.2/1.10/4.4.2 Impact of ISS emission into MSS (space-to-Earth) receiver in the bands 22.55-23.15 GHz and 23.15-23.55 GHz
• 4.2/1.10/4.4.3 Impact of MSS (Earth-to-space) into ISS in the band 25.25-25.5 GHz
• 4.2/1.10/4.4.4 Impact of ISS emission into MSS (Earth-to-space) receiver in the band 25.25-25.5 GHz
• 4.2/1.10/4.5 Mobile service
• 4.2/1.10/4.6 Radio astronomy service
• 4.2/1.10/4.7 Space research service (Earth-to-space)
• 4.2/1.10/4.8 Space research service (passive)
• 4.2/1.10/4.9 Standard frequency and time signal-satellite service (Earth-to-space)
• 4.2/1.10/4.10 Summary of study results
• 4.2/1.10/5 Method(s) to satisfy the agenda item
• 4.2/1.10/5.4 Method C1: Allocations for the MSS in the space-to-Earth direction.
• 4.2/1.10/6 Regulatory and procedural considerations
• 4.2/1.10/6.1 Method A: No change to the Radio Regulations
• 4.2/1.10/6.2 Method B1
• 4.2/1.10/6.3 Method B2
• 4.2/1.10/6.4 Method C1
• 4.2/1.10/6.4.1 Option C1a: MSS (space-to-Earth) in the band 24.25-24.55 GHz
• 4.2/1.10/6.4.2 Option C1b: MSS (space-to-Earth) in the band 22.65-22.95 GHz
• 4.2/1.10/6.5.2 Option C2b: MSS (Earth-to-Space) in the band 25.25-25.5 GHz
• Chapter 5 – Satellite regulatory issues
• 5/7/1 Issue A – Informing the Bureau of a suspension under RR No. 11.49 beyond six months
• 5/7/1.1 Executive summary
• 5/7/1.2 Background
• 5/7/1.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/1.4 Analysis of the results of studies
• 5/7/1.5 Methods to satisfy issue A
• 5/7/1.5.1 Method A1
• 5/7/1.5.2 Method A2
• 5/7/1.5.2.1 Option A: Day-for-day reduction after 6 months
• 5/7/1.5.2.2 Option B: Day-for-day reduction after 6 months up to 12 months followed by two times reduction thereafter (from 12 to 18 months)
• 5/7/1.6 Regulatory and procedural considerations for issue A
• 5/7/1.6.1 Method A1
• 5/7/1.6.2 Method A2
• 5/7/1.6.2.1 Option A: Day-for-day reduction after 6 months
• 5/7/1.6.2.2 Option B: Day-for-day reduction after 6 months up to 12 months followed by two times reduction thereafter (from 12 to 18 months)
• 5/7/2 Issue B – Publication of information on bringing into use of satellite networks at the ITU website
• 5/7/2.1 Executive summary
• 5/7/2.2 Background
• 5/7/2.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/2.4 Analysis of the results of studies
• 5/7/2.5 Methods to satisfy issue B
• 5/7/2.5.1 Method В1
• 5/7/2.5.2 Method В2
• 5/7/2.5.3 Method В3
• 5/7/2.6 Regulatory and procedural considerations for issue B
• 5/7/2.6.1 Method В1
• 5/7/2.6.1.1 Option A
• 5/7/2.6.1.2 Option B
• 5/7/2.6.2 Method В2
• 5/7/2.6.2.1 Option A
• 5/7/2.6.2.2 Option B
• 5/7/2.6.3 Method В3
• 5/7/3 Issue C – Review or possible cancellation of the advance publication mechanism for satellite networks subject to coordination under section II of Article 9 of the Radio Regulations
• 5/7/3.1 Executive summary
• 5/7/3.2 Background
• 5/7/3.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/3.3.1 Usefulness of API for better selecting optimal orbital location and frequencies
• 5/7/3.3.2 Relation with cost recovery measures of coordination requests
• 5/7/3.3.3 Possibility of initiating coordination before the publication of the coordination request
• 5/7/3.3.4 Need for transitional measures
• 5/7/3.3.5 Impact of the suppression of RR No. 9.5B
• 5/7/3.4 Analysis of the results of studies
• 5/7/3.5 Methods to satisfy issue C
• 5/7/3.5.1 Method C1: No change to the API mechanism
• 5/7/3.5.2 Method C2: Cancellation of the current API mechanism for satellite networks subject to coordination under Section II of RR Article 9
• 5/7/3.5.3 Method C3: Review of the API mechanism for satellite network subject to coordination under Section II of Article 9
• 5/7/3.6 Regulatory and procedural considerations for issue C
• 5/7/3.6.1 Method C1: No change to the API mechanism
• 5/7/3.6.2 Method C2: Cancellation of the current API mechanism for satellite networks subject to coordination under Section II of RR Article 9
• 5/7/3.6.2.1 Option A
• 5/7/3.6.2.2 Option B
• 5/7/3.6.3 Method C3: Review of the API mechanism for satellite network subject to coordination under Section II of Article 9
• 5/7/3.6.3.1 Option A
• 5/7/3.6.3.2 Option B
• 5/7/4 Issue D – General use of modern electronic means of communications in coordination and notification procedures
• 5/7/4.1 Executive summary
• 5/7/4.2 Background
• 5/7/4.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/4.4 Analysis of the results of studies
• 5/7/4.5 Method to satisfy issue D
• 5/7/4.6 Regulatory and procedural considerations for issue D
• 5/7/5 Issue E – Failure of a satellite during the bringing into use period
• 5/7/5.1 Executive summary
• 5/7/5.2 Background
• 5/7/5.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/5.4 Analysis of the results of studies
• 5/7/5.5 Methods to satisfy issue E
• 5/7/5.5.1 Method E1
• 5/7/5.5.2 Method E2
• 5/7/5.5.3 Method E3
• 5/7/5.5.4 Method E4
• 5/7/5.5.5 Method E5
• 5/7/5.5.5 Method E6
• 5/7/5.6 Regulatory and procedural considerations for issue E
• 5/7/5.6.1 Method E1
• 5/7/5.6.2 Method E2
• 5/7/5.6.3 Method E3
• 5/7/5.6.4 Method E4
• 5/7/5.6.5 Method E5
• 5/7/5.6.6 Method E6
• 5/7/6 Issue F – Modifications to RR Appendix 30B in relation to the suspension of use of a frequency assignment recorded in the MIFR
• 5/7/6.1 Executive summary for issue F
• 5/7/6.2 Background
• 5/7/6.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/6.4 Analysis of the results of studies
• 5/7/6.5 Method to satisfy issue F
• 5/7/6.6 Regulatory and procedural considerations for issue F
• 5/7/7 Issue G – Clarification of bringing into use information provided under RR Nos. 11.44/11.44B
• 5/7/7.1 Executive summary for issue G
• 5/7/7.2 Background
• 5/7/7.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/7.4 Analysis of the results of studies
• 5/7/7.5 Method to satisfy issue G
• 5/7/7.6 Regulatory and procedural considerations for issue G
• 5/7/8 Issue H – Using one space station to bring frequency assignments at different orbital locations into use within a short period of time
• 5/7/8.1 Executive summary for issue H
• 5/7/8.2 Background
• 5/7/8.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/8.3.1 The study requested from the plenary of WRC-12
• 5/7/8.4 Analysis of the results of studies
• 5/7/8.4.1 Study 1
• 5/7/8.4.2 Study 2
• 5/7/8.4.3 Study 3 – Concerns regarding satellite "hopping"
• 5/7/8.5 Method(s) to satisfy issue H
• 5/7/8.5.1 Method H1
• 5/7/8.5.2 Method H2
• 5/7/8.5.3 Method H3
• 5/7/8.5.4 Method H4
• 5/7/8.5.5 Method H5
• 5/7/8.5.6 Method H6
• 5/7/8.6 Regulatory and procedural considerations for issue H
• 5/7/8.6.1 Method H1
• 5/7/8.6.2 Method H2
• 5/7/8.6.3 Method H3
• 5/7/8.6.4 Method H4
• 5/7/8.6.5 Method H5
• 5/7/8.6.6 Method H6
• 5/7/9 Issue I – Possible method to mitigate excessive satellite network filings issue
• 5/7/9.1 Executive summary
• 5/7/9.2 Background
• 5/7/9.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/9.4 Analysis of the results of studies
• 5/7/9.5 Methods to satisfy issue I
• 5/7/9.5.1 Methods to address excessive coordination request (CR/C) filings
• 5/7/9.5.1.1 Method I1.1: Initial notification and due diligence information without Bureau examination
• 5/7/9.5.1.2 Method I1.2: Initial notification and due diligence information with Bureau examination
• 5/7/9.5.1.3 Method I1.3: Optional submission to initial notification information
• 5/7/9.5.1.4 Method I1.4: No Change
• 5/7/9.5.2 Methods to address excessive advance publication information (API) filings
• 5/7/9.5.2.1 Method I2.1: No change to the API mechanism
• 5/7/9.5.2.2 Method I2.2: Suppression of the current API mechanism for satellite networks subject to coordination under Section II of RR Article 9
• 5/7/9.5.2.3 Method I2.3: Reducing the number of APIs by removal of six months requirement between API and CRC
• 5/7/9.6 Regulatory and procedural considerations for issue I
• 5/7/9.6.1 Regulatory and procedural considerations for excessive coordination request (CR/C) filings
• 5/7/9.6.1.1 Method I1.1
• 5/7/9.6.1.2 Method I1.2
• 5/7/9.6.1.3 Method I1.3
• 5/7/9.6.1.4 Method I1.4
• 5/7/9.6.2 Regulatory and procedural considerations for excessive advance publication information (API) filings
• 5/7/9.6.2.1 Method I2.1
• 5/7/9.6.2.2 Method I2.2
• 5/7/9.6.2.3 Method I2.3
• 5/7/10 Issue J – Removal of the link between the date of receipt of the notification information and the date of bringing into use in RR No. 11.44B
• 5/7/10.1 Executive summary
• 5/7/10.2 Background
• 5/7/10.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/10.4 Analysis of the results of studies
• 5/7/10.5 Methods to satisfy issue J
• 5/7/10.5.1 Method J1
• 5/7/10.5.2 Method J2
• 5/7/10.6 Regulatory and procedural considerations for issue J
• 5/7/10.6.1 Method J1
• 5/7/10.6.1 Method J2
• 5/7/11 Issue K – Addition of a regulatory provision in RR Article 11 for the case of launch failure
• 5/7/11.1 Executive summary
• 5/7/11.2 Background
• 5/7/11.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/11.4 Analysis of the results of studies
• 5/7/11.5 Methods to satisfy issue K
• 5/7/11.5.1 Method K1
• 5/7/11.5.2 Method K2
• 5/7/11.6 Regulatory and procedural considerations for issue K
• 5/7/11.6.1 Method K1
• 5/7/11.6.2 Method K2
• 5/7/11.6.3 Method K3
• 5/7/12 Issue L – Modification of certain provisions of Article 4 of RR Appendices 30 and 30A for Regions 1 and 3 namely replacement of tacit agreement with explicit agreement or alignment of those provisions of RR Appendices 30 and 30A for Regions 1 a...
• 5/7/12.1 Executive summary for issue L
• 5/7/12.2 Background
• 5/7/12.3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/7/12.4 Analysis of the results of studies
• 5/7/12.5 Method(s) to satisfy issue L
• 5/7/12.5.1 Method L1
• 5/7/12.5.2 Method L2
• 5/7/12.5.3 Method L3
• 5/7/12.6 Regulatory and procedural considerations for issue L
• 5/7/12.6.1 Method L1
• 5/7/12.6.2 Method L2
• 5/7/12.6.3 Method L3
• 5/9.1.1 Resolution 205 (Rev.WRC-12)
• 5/9.1.1/1 Executive summary
• 5/9.1.1/2 Background
• 5/9.1.1/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/9.1.1/4 Regulatory and procedural considerations
• 5/9.1.1/4.1 General considerations
• 5/9.1.1/4.2 Regulatory considerations
• 5/9.1.2 Resolution 756 (WRC-12)
• 5/9.1.2/1 Executive summary
• 5/9.1.2/2 Background
• 5/9.1.2/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/9.1.2/3.1 Technical and operational studies in respect of resolves 1
• 5/9.1.2/3.1.1 What interfering levels should be considered for coordination triggers/protection criteria
• 5/9.1.2/3.1.2 The nature of different types of coordination triggers/protection criteria
• 5/9.1.2/3.1.3 Representative range of technical parameters
• 5/9.1.2/3.1.4 Use of provision RR No. 9.41
• 5/9.1.2/3.1.5 Impact on the workload of the Bureau
• 5/9.1.2/3.2 Technical and operational studies in respect of resolves 2
• 5/9.1.2/3.2.1 Studies on the reduction of coordination arc
• 5/9.1.2/3.2.2 Potential impacts of the reduction of the coordination arc on the use of RR No. 9.41
• 5/9.1.2/4 Regulatory and procedural considerations
• 5/9.1.2/4.1 Transitional measures
• 5/9.1.2/4.2 Consistency between RR Articles 9 and 11
• 5/9.1.2/4.3 Procedure for examination under RR No. 11.32A and relevant RR Appendix 4 parameter
• 5/9.1.2/4.4 Examples of regulatory solutions
• 5/9.1.2/4.4.1 Regulatory and procedural considerations in respect of resolves 1
• 5/9.1.2/4.4.1.1 Option 1A
• Calculation methodology for calculating C/I ratios in respect of determination of coordination requirements or the probability of harmful interference between space networks
• 1 Introduction
• 2 Probability of harmful interference
• 3 Methodology
• 3.1 Interfering cases
• 3.2 Margin M, C/I, C/N algorithms
• 3.3 Single channel per carrier (SCPC) cases
• 3.4 Interference between analogue FDM-FM signals (Case (IX) in Table 2)
• 3.5 Other interference cases
• 3.6 Margin algorithm
• 3.7 The algorithm for interfering situations
• 3.8 Determination of interference adjustment factor
• 3.8.1 Interference from noise-like digital carriers (interference adjustment factor 1)
• 3.8.2 Interference from noise-like analogue carriers (interference adjustment factor 2)
• 3.9 The C/N algorithm for satellite system
• 3.10 Determination of relative protection ratio for Case (V) in Table 2 (TV-FM) into (TV-FM)
• 1 Introduction
• 2 Calculations performed according to No. 1.174
• 3 Noise to be calculated
• 4 Calculations of additional margins
• 4.1 Telephony FDM-FM
• 4.1.1 Aggregate interference produced by other space networks sharing the same frequency band
• 4.1.2 Maximum allowable values of aggregate interference from radio-relay systems in a telephone channel of a system in the FSS
• 4.1.3 Calculation of the additional margin
• 4.2 Digital emissions
• 4.2.1 Aggregate interference produced by other space networks sharing the same frequency band
• 4.2.2 Maximum allowable values of aggregate interference from radio-relay systems into systems in the FSS, employing 8-bit PCM encoded telephony
• 4.2.3 Calculation of the additional margin
• 4.3 Analogue TV
• 4.3.1 Aggregate interference produced by other space networks sharing the same frequency band
• 4.3.2 Maximum allowable values of aggregate interference from radio-relay systems into FSS analogue video channel
• 4.3.3 Calculation of the additional margin
• 1 Introduction
• 2 Calculation of the apparent increase in equivalent noise temperature of the satellite link subject to an interfering emission
• 3 Comparison between calculated percentage increase in noise temperature and the threshold value
• 4 Consideration of narrow-band and FM-TV carriers
• 1 General
• 2 Input data
• 3 Calculation of
• 4 Conclusion
• 5/9.1.2/4.4.1.2 Option 1B
• 5/9.1.2/4.4.1.3 Option 1C
• 5/9.1.2/4.4.1.4 Option 1D
• 5/9.1.2/4.4.1.5 Regulatory solutions in respect of procedure of transition to new criterion
• 5/9.1.2/4.4.2 Regulatory and procedural considerations in respect of resolves 2
• 5/9.1.2/4.4.2.1 Option 2A
• 5/9.1.2/4.4.2.2 Option 2B
• 5/9.1.2/4.4.2.3 Option 2C
• 5/9.1.3 Resolution 11 (WRC-12)
• 5/9.1.3/1 Executive summary
• 5/9.1.3/2 Background
• 5/9.1.3/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/9.1.3/3.1 Existing relevant ITU, ITU-R and ITU-D Resolutions
• 5/9.1.3/3.2 Existing relevant ITU-R Recommendations, Reports and Handbooks
• 5/9.1.3/3.3 New relevant ITU-R and ITU-D Recommendations and Reports
• 5/9.1.3/3.4 Workshops, seminars and training programmes
• 5/9.1.3/3.5 Current situation
• 5/9.1.3/3.5.1 Evolving satellite marketplace – Increased availability of satellite services
• 5/9.1.3/3.5.2 Efficient use of the orbital resource – Availability of satellite orbital resources
• 5/9.1.3/4 Regulatory and procedural considerations
• 5/9.1.3/4.1 Examples of regulatory text, conclusions and/or general considerations, as appropriate
• 5/9.1.3/4.1.1 Option A
• 5/9.1.3/4.1.2 Option B
• 5/9.1.5 Resolution 154 (WRC-12)
• 5/9.1.5/1 Executive summary
• 5/9.1.5/2 Background
• 5/9.1.5/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/9.1.5/4 Regulatory and procedural considerations
• 5/9.1.8 Resolution 757 (WRC-12)
• 5/9.1.8/1 Executive summary
• 5/9.1.8/2 Background
• 5/9.1.8/3 Summary of technical and operational studies and relevant ITU-R Recommendations
• 5/9.1.8/4 Regulatory and procedural considerations
• 5/9.3/1 Executive summary
• 5/9.3/2 Background
• 5/9.3/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 5/9.3/3.1 Equitable access to the GSO
• 5/9.3/3.2 Efficient use of the GSO
• 5/9.3/3.3 Seminars/Workshops
• 5/9.3/4 Regulatory and procedural considerations
• 5/Application of RR 5.526
• Chapter 6 – General issues
• 6/2/1 ITU-R Recommendations incorporated by reference in the Radio Regulations which have been revised and approved since WRC-12
• 6/2/2 Lists of RR provisions and footnotes containing references to ITU-R Recommendations or to WRC Resolutions containing references to ITU-R Recommendations
• 6/9.1.4 Resolution 67 (WRC-12)
• 6/9.1.4/1 Executive summary
• 6/9.1.4/2 Background
• 6/9.1.4/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 6/9.1.4/3.1 Issue A: Modification of RR Article 2
• 6/9.1.4/3.2 Issue B: Modification of the titles of some RR Articles
• 6/9.1.4/4 Regulatory and procedural considerations
• 6/9.1.4/4.1 Issue А: Modification to RR Article 2
• 6/9.1.4/4.2 Issue B: Modification to the titles of some RR Articles
• 6/9.1.6 Resolution 957 (WRC-12)
• 6/9.1.6/1 Executive summary
• 6/9.1.6/2 Background
• 6/9.1.6/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 6/9.1.6/4 Regulatory and procedural considerations
• 6/9.1.7 Resolution 647 (Rev.WRC-12)
• 6/9.1.7/1 Executive summary
• 6/9.1.7/2 Background
• 6/9.1.7/3 Summary of technical and operational studies, including a list of relevant ITU-R Recommendations
• 6/9.1.7/3.1 Summary of technical and operational studies
• 6/9.1.7/3.2 List of relevant ITU-R Recommendations, ITU-R Reports, and Handbook
• 6/9.1.7/4 Regulatory and procedural considerations
• 6/9.1.7/4.1 Option A: Modification to Resolution 647 (Rev.WRC-12) and consequential suppression of Resolution 644 (Rev.WRC-12)
• 6/9.1.7/4.2 Option B: modification of Resolution 647 (Rev.WRC-12) only
• 6/9.1.7/4.3 Option C: Suppression of Resolution 647 (Rev.WRC-12) and the consequential modification of Resolution 644 (Rev.WRC-12)
• 6/10/1 WRC-18( preliminary agenda item 2.1 – Resolution 359 (WRC-12)
• 6/10/2 WRC-18* preliminary agenda item 2.2 – Resolution 757 (WRC-12)
• 6/10/3 Additional suggested items
• Annexes
• Annex 1 to the CPM Report
• Annex 2 to the CPM Report
• 1 List of existing ITU-R Resolutions
• 2 List of preliminary draft new (PDN) ITU-R Resolution(s)
• 3 List of existing ITU-R Recommendations
• 4 List of draft new (DN) or draft revised (DR) ITU-R Recommendations (may include preliminary draft new (PDN) or revised (PDR) ITU-R Recommendations and working documents toward preliminary draft new (WDPDN) or revised (WDPDR) ITU-R Recommendations)
• 5 List of existing ITU-R Reports
• 6 List of draft new (DN) or draft revised (DR) ITU-R Reports (may include preliminary draft new (PDN) or revised (PDR) ITU-R Reports and working documents toward preliminary draft new (WDPDN) or revised (WDPDR) ITU-R Reports)
• 7 Other ITU publications
• 8 Non-ITU publications
• List of abbreviations used in the CPM Report