Policy on Intellectual Property Right (IPR)
1 Introduction
2 Tropospheric effects
2.1 Attenuation
2.2 Scintillation
3 Ionospheric effects
4 Shadowing
4.1 Roadside tree-shadowing model
4.1.1 Calculation of fading due to shadowing by roadside
trees
4.1.2 Fade duration distribution model
4.1.3 Non-fade duration distribution model
4.2 Roadside building-shadowing model
4.3 Special consideration of hand-held terminals (user blockage)
4.4 Modelling building blockage effects using street masking
functions (MKF)
5 Multipath models for clear line-of-sight conditions
5.1 Multipath in a mountain environment
5.2 Multipath in a
roadside tree environment
6 Statistical model for mixed propagation conditions
6.1 Prediction of fading statistics for a single satellite link
6.2 Time series synthesis of fading complex envelope
7 Physical-statistical wideband model for mixed propagation conditions
7.1 Model input
7.2 Model output
7.3 Model output usage
8 Satellite diversity
8.1 Uncorrelated case
8.2 Correlated case
8.2.1 Quantification of the shadowing cross-correlation
coefficient in urban areas
8.2.2 Availability calculations
8.3 Modelling satellite diversity effects using MKFs
1 Introduction
2 Frequencies between 1.5 and 3 GHz
2.1 Urban environment
2.2 Suburban environment
2.3 Village environment
2.4 Rural wooded environment
2.5 Residential environment
3 Frequencies between 3 and 5 GHz
3.1 Urban environment
3.2 Suburban environment
3.3 Village environment
3.4 Rural wooded environment
3.5 Residential environment
4 Frequencies between 10 and 20 GHz
4.1 Rural environment
4.2 Suburban environment