Policy on Intellectual Property Right (IPR)
�1���� Introduction
�2���� FSS parameters and deployment information
�3���� IMT-Advanced parameters
������� 3.1���� Adjacent channel leakage power ratio
�4���� Propagation Models
�5���� FSS Interference Information
������� 5.1���� Interference Criteria
�6���� Technical studies
������� 6.1���� Study #1 in Annex 1
������� 6.2���� Study #2 in Annex 2
������� 6.3���� Study #3 in Annex 3
������� 6.4���� Study #4 in Annex 4
������� 6.5���� Study #5 in Annex 5
������� 6.6���� Study #6 in Annex 6
������� 6.7���� Study #7 in Annex 7
������� 6.8���� Study #8 in Annex 8
������� 6.9���� Study #9 in Annex 9
������ 6.10���� Study #10 in Annex 10
������ 6.11���� Study #11 in Annex 11
�7���� Summary of results
������� 7.1���� Major assumptions and evaluated interference mechanisms in
individual technical studies
������� 7.2���� Summary of results in individual technical studies
�8���� Real interference cases
������� 8.1���� Interference from WiMAX systems to FSS earth stations in Bangladesh
����������������� 8.1.1���� Introduction
����������������� 8.1.2���� Summary
����������������� 8.1.3���� Test Plots
����������������� 8.1.4���� Test Data
����������������� 8.1.5���� Conclusions
������� 8.2���� Interference case from Brazil
����������������� 8.2.1���� Test results
����������������� 8.2.2���� Registered interference cases
�9���� Summary
Annex 1� Study #1
�1���� Introduction
�2���� Technical characteristics used in sharing studies
�3���� Evaluation methodology
�4���� Results of studies
������� 4.1���� In-band emissions
Annex 2� Study #2
�1���� Introduction
�2���� Background (References)
�3���� Technical characteristics
������� 3.1���� Methodology
����������������� 3.1.1���� IMT interference calculation
����� ������������3.1.2���� Interference criteria (from Report ITU-R M.2109)
����������������� 3.1.3���� Apportionment of interference allowance
������� 3.2���� Sharing Scenarios and Topologies
����������������� 3.2.1���� Topology for IMT macro and outdoor IMT small cell
scenarios
����������������� 3.2.2���� Topology for indoor IMT small cell scenario
������� 3.3���� Propagation model
������� 3.4���� FSS earth stations and IMT base stations parameters
����������������� 3.4.1���� IMT macro cell scenario � Suburban, urban
environments
����������������� 3.4.2���� Outdoor IMT small cell scenario � Urban environment
����������������� 3.4.3���� Indoor IMT small cell scenario � Urban environment
�4���� Analysis
������� 4.1���� Co-channel interference analysis
���������� �������4.1.1���� Long term analysis
����������������� 4.1.2���� Deterministic calculation for long-term analysis
����������������� 4.1.3���� Short term interference analysis with deterministic
calculation
������� 4.2���� Adjacent channel interference analysis
����������������� 4.2.1���� IMT macro cell scenario � suburban and urban
����������������� 4.2.2���� Outdoor IMT small cell scenario � urban
����������������� 4.2.3���� Indoor IMT small cell scenario � urban
������� 4.3���� Front-end saturation
�5���� Summary
Annex 3� Study #3
�1���� Introduction
�2���� Background
�3���� Technical characteristics
�4���� Analysis
�5���� Summary
Attachment to Annex 3� Sharing studies between IMT systems and fixed satellite
service networks� in the 3 400-4 200 MHz frequency band
�1���� Introduction
�2���� Scope of the Attachment
�3���� FSS parameters including the interference criteria
������� 3.1���� System parameters
������� 3.2���� FSS interference criteria
����������������� 3.2.1���� Long-term interference criterion
����������������� 3.2.2���� Short-term interference criterion
����������������� 3.2.3���� Apportionment of interference allowance
����������������� 3.2.4���� Low Noise Amplifiers saturation
�4���� IMT parameters
�5���� Propagation Models
�6 ����Sharing methodology
������� 6.1���� Method 1
������� 6.2���� Method 2
������� 6.3���� Calculation of interference from IMT stations into FSS earth
stations
������� 6.4���� Required separation distance
�7���� Sharing study results
������� 7.1���� Single-entry interference analysis
������� 7.2���� LNAs saturation
�8���� Summary
Annex 4� Study #4
�1���� Requirement
������� 1.1���� Study elements
�2���� Background
�3���� Technical characteristics
������� 3.1���� FSS earth stations
������� 3.2���� International mobile telecommunications-advanced system
technical characteristics
�4���� Analysis
������� 4.1���� Assumptions
������� 4.2���� Methodology with formulas
����������������� 4.2.1���� Mutual coupling characterization
����������������� 4.2.2���� Interference criteria
����������������� 4.2.3���� Apportionment of interference
������� 4.3���� Calculations
����������������� 4.3.1���� Small signal analysis (in-band and out-of-band
emissions)
����������������� 4.3.2���� Large Signal Analysis (LNB Overdrive, and Intermodulation)
������� 4.4���� Results
����������������� 4.4.1���� Small signal results (in-band and out-of-band
emissions)
����������������� 4.4.2���� Large signal results (LNB overdrive, and
intermodulation)
�5���� Summary
�6���� Conclusions
Annex 5� Study #5
�1���� Introduction
�2���� FSS earth stations parameters
�3���� FSS parameters and interference criteria
�4���� IMT Advanced systems parameters
�5���� Methodology for sharing studies
�6���� Sharing study results
�7���� FSS Deployment in the US
�8� ���Conclusion
Attachment A� to Annex 5� Contours obtained for the case of an IMT-Advanced
macro cell base station� deployed in a suburban environment
Attachment B� to Annex 5� Additional explanatory material from Recommendation
ITU-R P.452-14� related to interference propagation mechanisms
Annex 6� Study #6
�1���� Introduction
�2���� Technical characteristics
�3���� Analysis
������� 3.1���� Methodology
������� 3.2���� Results
�4���� Summary
Annex 7� Study #7
�1���� Introduction
������� 1.1���� Scope and objective
�2���� Characteristics and parameters
������� 2.1���� IMT parameters
������� 2.2���� FSS parameters
�3���� Methodologies and propagation models
������� 3.1���� Possible types of interference to the FSS
������� 3.2���� FSS interference criteria
������� 3.3���� Methodologies
������� 3.4���� IMT network topology
����������������� 3.4.1���� Indoor IMT small cell scenario topology
����������������� 3.4.2���� IMT macro cell / IMT small cell outdoor scenarios
topology
������� 3.5���� Propagation models
�4���� Studies and results of compatibility
�5���� Summary
Annex 8� Study #8
�1���� Introduction
�2���� Background
�3���� Technical characteristics
�4���� Analysis
������� 4.1���� Assessment of applicability of results in Report ITU-R M.2109
���� ���4.2���� Example separation areas for FSS earth stations
������� 4.3���� Results for Brookmans Park earth station
������� 4.4���� Results for the Madley earth station
������� 4.5���� Results for the Yamaguchi earth station
�5���� Summary
�6���� Conclusions
Annex 9� Study #9
�1���� Introduction
�2���� Technical characteristics
������� 2.1���� FSS earth station, satellite and link
����������������� 2.1.1���� FSS receive sensitivity mask
������� 2.2���� IMT parameters
����������������� 2.2.1���� Unwanted emissions from IMT base stations
�3���� Analysis � Method
������� 3.1���� Propagation
������� 3.2���� Interference thresholds
������� 3.3���� Study outputs
������� 3.4���� Net filter discrimination calculation method
�4���� Analysis � Results
������� 4.1���� Co-frequency baseline results
������� 4.2���� Net filter discrimination results
������� 4.3���� IMT 3GPP mask vs. Gaussian FSS mask
������� 4.4���� IMT 3GPP mask vs. IDA FSS mask
������� 4.5���� Effect of suppressed 3GPP masks
�5���� Conclusions
Annex 10� Study #10
�1���� Introduction
�2���� Technical characteristics used in sharing studies
�3���� Evaluation methodology
IMT Base Station into FSS Earth Station
IMT UE into FSS Earth Station
�4���� Results of studies
Co-channel
Adjacent channel
������� 4.1��� �Frequency dependent rejection calculations
������� 4.2���� Results of power flux density calculations
������� 4.3���� Overall results
Annex 11� Study #11
�1���� Introduction
�2���� Technical characteristics
������� 2.1���� BWA system characteristics
���� ���2.2���� Satellite receive systems characteristics
�3���� Interference analysis
������� 3.1���� Interference models
�4���� Conclusions