Policy on Intellectual Property Right (IPR)
1 Introduction & Scope
2 Coexistence modes and interference scenarios for LTE-Advanced TDD
operating in adjacent spectrum blocks
3 Parameters of LTE-Advanced TDD system in the band 2 300‑2 400 MHz
and propagation models used for interference analysis
3.1 Deployment-related parameters for LTE-Advanced TDD systems in
2 300‑2 400 MHz
3.2 Specification-related parameters for LTE-Advanced TDD systems
in 2 300‑2 400 MHz
3.3 Propagation models used in the interference analysis
4 Interference analysis
4.1 BS to BS interference analysis
4.1.1 Isolation requirement for Macro BS
4.1.2 Discussion
4.2 UE-UE interference
4.2.1 Deterministic analysis
4.2.2 Simulation analysis
4.2.3 Hot spot area interference analysis
4.2.4 Discussion
4.3 Synchronization of TDD mobile networks without guard band
5 Summary of results
5.1 Summary of BS-BS interference analysis
5.2 Summary of UE-UE interference analysis
6 Overall conclusions
6.1 Measures for coexistence of synchronized LTE-Advanced TDD
systems in adjacent channels
6.2 Measures for coexistence of unsynchronized LTE-Advanced TDD
systems in adjacent channels
6.2.1 BS –BS coexistence in case of unsynchronized
LTE-Advanced TDD systems:
6.2.2 UE –UE coexistence in case of unsynchronized
LTE-Advanced TDD systems:
Annex 1 Abbreviations
Annex 2 Propagation models
Propagation model for BS-UE