Policy on Intellectual Property Right (IPR)
Annex 1
1 Introduction
2 Physical operating
environments and definition of cell types
3 Path categories
3.1 Definition of
propagation situations
3.1.1 Propagation
over rooftops, non-line-of-sight (NLoS)
3.1.2 Propagation
along street canyons, NLoS
3.1.3 Line-of-sight
(LoS) paths
3.2 Data
requirements
4 Path loss models
4.1 LoS situations
within street canyons
UHF propagation
SHF propagation up to 15 GHz
Millimetre-wave propagation
4.2
Models for NLoS situations
Propagation for urban area
Propagation for suburban area
Millimetre-wave propagation
4.2.1
Propagation over roof-tops for urban area
Calculation of L1msd for l > ds
Calculation of L2msd for l < ds
4.2.2
Propagation over roof-tops for suburban area
4.2.3
Propagation within street canyons for frequency range from 800 to
2 000 MHz
4.2.4
Propagation within street canyons for frequency range from 2 to 16 GHz
4.3
Propagation between terminals located below roof-top height at UHF
4.4 Default
parameters for site-general calculations
4.5 Influence of
vegetation
5 Building entry loss
6 Multipath models
6.1 Multipath
models for street canyon environments
6.1.1
Omnidirectional antenna case
6.1.2 Directional
antenna case
6.2 Multipath
models for over-rooftops propagation environments
7 Number of signal
components
8 Polarization
characteristics
9 Characteristics of
direction of arrival
10
Fading characteristics
11
Propagation data and prediction methods for the path morphology approach
11.1
Classification of path morphology
11.2
Statistical modelling method
11.3
Path loss model
11.4
Delay spread model
11.5
Angular spread model