CONTENTS

Policy on Intellectual Property Right (IPR)
�1���� Introduction
�2���� Guidelines
�3���� Overview of the methodologies
Annex 1� Relationship between the I/N criterion, the C/N degradation and the� corresponding interfering field strength
������ A1.1���� Received noise power and equivalent noise field strength
����������������� A1.1.1���� Thermal noise power and equivalent noise field strength
����������������� A1.1.2���� Environmental noise power and equivalent noise field strength
������������� ����A1.1.3���� Total receiver noise power and equivalent noise field strength
������ A1.2���� Equivalent noise field strength and minimum median field strength for planning
������ A1.3���� Field strength threshold related to I/N
������ A1.4���� Individual median effective interfering field strength
������ A1.5���� Multiple median effective interfering field strengths corresponding to I/N and equivalent C/N degradation
����������������� A1.5.1���� Threshold based on median effective field strength
��������� ��������A1.5.2���� Statistical considerations for threshold based on median effective field strength
����������������� A1.5.3���� Threshold based on C/N degradation
Appendix 1 to Annex 1� Examples of field strength threshold calculation and C/N degradation for the case of DTTB fixed reception
Appendix 2 to Annex 1� Relationship between co-channel field strength and adjacent-channel field strength
Appendix 3 to Annex 1� Example of co-channel interference assessment threshold� for co-primary frequency allocations
Appendix 4 to Annex 1� Example of adjacent channel field strength interference assessment thresholds for co-primary frequency allocations
Appendix 5 to Annex 1� Method to assess co-channel and multiple-adjacent channel interference into the broadcasting service from all radiations and emissions without a corresponding frequency allocation in the bands allocated to broadcasting
�1���� Co-channel assessment threshold for the broadcasting service
�2���� An example of adjacent and multiple-adjacent channel interference assessment thresholds from all radiations and emissions without a corresponding frequency allocation in the bands allocated to the broadcasting service
Annex 2� Methodology for assessing degradation in DTTB reception location probability from interfering stations of other services/applications
������ A2.1���� Introduction
������ A2.2���� Methodology
������ A2.3���� Parameters
������ A2.4���� Nuisance fields and power summation
������ A2.5���� Monte Carlo simulation
������ A2.6���� Conclusion
Appendix 1 to Annex 2
�1���� Introduction
�2���� Relationship between I/N and degradation of the reception location probability
�3���� Summary
Appendix 2 to Annex 2� Example Monte Carlo simulation with calculation saving methods