1 Scope
2 Introduction and summary
3 Review of previous
related work
4 Subjects considered in
this document
4.1
List
of scenarios
4.2
List
of mitigation techniques classes
4.3
Parameters
for IMT-2000 assumed in this Report
5 Mitigation techniques: A
short description of their characteristics and improvement potential
5.1
Site
placement
5.1.1
Brief
description
5.1.2
Integration
into an IMT-2000 technology
5.1.3
Indication
of who should apply the technique
5.1.4
Implications
and trade offs
5.2
Antenna
separation
5.2.1
Brief
description
5.2.2
Integration
into an IMT-2000 technology
5.2.3
Indication
of who should apply the technique
5.2.4
Implications
and trade-offs
5.3
Antenna
polarization
5.3.1
Brief
description
5.3.2
Integration
into an IMT-2000 technology
5.3.3
Indication
of who should apply the technique
5.3.4
Implications
and trade-offs
5.4
Adaptive
antennas
5.4.1
Brief
description
5.4.2
Integration
into an IMT-2000 technology
5.4.3
Indication
of who should apply the technique
5.4.4
Implications
and trade-offs
5.5
Transmitter/receiver
improvements
5.5.1
Brief
description
5.5.2
Integration
into an IMT-2000 technology
5.5.3
Indication
of who should apply the technique
5.5.4
Implications
and trade-offs
5.6
TDD
power control
5.6.1
Brief
description
5.6.2
Integration
into an IMT-2000 technology
5.6.3
Indication
of who should apply the technique
5.6.4
Implications
and trade offs
5.7
Mobile
handover
5.7.1
Brief
description
5.7.2
Integration
into an IMT-2000 technology
5.7.3
Indication
of who should apply the technique
5.7.4
Implications
and trade-offs
5.8
Antenna
downtilt
5.8.1
Brief
description
5.9
FDD
power control
5.9.1
Brief
description
6 Tabular classification
of mitigation techniques and methods
7 Tabular assessment of
improvement potential and applicability
8 Conclusions
Annex 1 -
Support material for site placement
1 Discussion
2 Propagation model
Annex 2 -
Support material for antenna separation
1 Effect of antenna
separation
Annex 3 -
Effects of using adaptive antenna technology
1 General information
2 Propagation models
3 Deterministic analysis
without adaptive antennas
4 Statistical analysis
with adaptive antennas
Annex 4 -
Support material for power amplifier linearization
Annex 5 -
Support material for BS equipment improvement - Filtering
Annex 6 -
Assumptions and methodology used to evaluate the effects of power control
1 TDD pico BS
1.1
Simulation
plan
2 TDD macro BS
2.1
Simulation
plan
3 Path loss models used
for the effects of power control
3.1
Indoor
test environment
3.2
Outdoor to indoor test environment
3.3
Vehicular
test environment
Annex 7 -
Handover
References