RECOMMENDATION ITU-R S.1323-1 - MAXIMUM PERMISSIBLE LEVELS OF INTERFERENCE IN A SATELLITE NETWORK (GSO/FSS; NON-GSO/FSS; NON-
ANNEX 1 - Methodologies for determining whether interference to a network in the FSS (GSO/FSS; non-GSO/FSS; non-GSO/MSS ...
PART 1 - Methodology A
1 Basic assumptions
2 Input data
3 Proposed procedure
    3.1 Verification of compliance with recommends 3
    3.2 Derivation of interference allowances
4 Interference into systems using transparent transponders: joint effects of uplink and downlink fading and interference
5 Consideration of degradation due to fading in links with variable elevation angle
6 Examples of application of Methodology A
    6.1 Derivation of interference mask
    6.2 Verification of whether the requirements in recommends 3 are met
PART 2 - Methodology A'
1 Introduction
2 Proposed procedure
    2.1 Step 1: characterization of permitted degradation in C/N
    2.2 Step 2: characterization of degradation due to fading and other short-term variations in link characteristics
    2.3 Step 3: characterization of the permitted interference
    2.4 Step 4: Convolution of pdfs
    2.5 Step 5: determination of the interference mask
    2.6 Step 6: multiple interfering networks
3 Possible refinement to Methodology A'
PART 3 - Methodology B
1 Basic assumptions
2 Input data
3 Proposed procedure
4 Example 1 of Methodology B: (LEO A)
5 Example 2 of Methodology B: (LEO B)
APPENDIX 1 TO ANNEX 1 - A method to take account of uplink thermal noise in transparent-transponder satellite systems
ANNEX 2 - Procedure for assessing interference criteria with respect to recommends 3.1 of this Recommendation
1 Introduction
2 Assumptions and notations
3 Procedure D
    3.1 Procedure D using direct convolution
4 Example of application
    4.1 VSAT communication inbound - 153.6 kHz
APPENDIX 1 TO ANNEX 2 - Algorithm of the software
1 General algorithm
2 Description of the different boxes
    2.1 Box A: read input files
    2.2 Box B: generate models
    2.3 Box C: calculation of the C/(N ? I) statistics
    2.4 Box D: calculation of the relative reduction of availability
3 Description of the functions implemented
    3.1 Calculation of the clear sky conditions of the carrier
    3.2 Calculation of the rain conditions of the carrier
ANNEX 3 - A procedure for assessing interference to links with variable elevation angle
1 Introduction
2 Implementation of the methodology
    2.1 General algorithm
    2.2 Example of application
ANNEX 4 - Procedure to determine acceptable epfd? levels via Methodology B
1 Introduction
2 Expected interference scenarios
    2.1 Scenario 1
    2.2 Scenario 2
    2.3 Scenario 3
    2.4 Scenario 4
    2.5 Scenario 5
3 The effect of transmission gain, ?
4 Selection of pfd equation
    4.1 Parameter values for calculating epfd? and epfd?
5 Overall principles for the establishment of candidate epfd? limits via Methodology A'