Content for TR 36.828 Word version: 11.0.0
2 References
3 Definitions, symbols and abbreviations
4 Objectives of study
5 Feasibility study
6 Performance evaluation
7 Methods to support different time scales for TDD UL-DL reconfiguration
8 Potential interference mitigation schemes
9 Conclusion and recommendations
A Co-existence simulation assumptions
$ Change history
2 References p. 6
3 Definitions, symbols and abbreviations p. 6
4 Objectives of study p. 7
5 Feasibility study p. 7
5.1 Methodologies p. 7
5.2 Scenario 1 p. 8
5.3 Scenario 2 p. 12
5.4 Scenario 3 p. 17
5.5 Scenario 4 p. 22
5.6 Scenario 5 p. 29
5.7 Scenario 6 p. 32
5.8 Scenario 7 p. 38
5.9 Scenario 8 p. 41
5.10 Summary p. 41
6 Performance evaluation p. 42
6.1 Methodologies p. 42
6.2 Scenario 1: Isolated pico cell p. 42
6.3 Scenario 2: Multi-cell pico scenario p. 59
6.3.1 Evaluation results without interference mitigation p. 61
6.3.2 Evaluation results with interference mitigation p. 70
6.4 Scenario 3: Co-channel multi-cell macro-pico scenario p. 76
6.4.1 Evaluation results without interference mitigation p. 80
6.4.2 Evaluation results with interference mitigation p. 88
6.5 Scenario 4: Adjacent-channel multi-cell macro-pico scenario p. 92
6.6 Summary p. 97
7 Methods to support different time scales for TDD UL-DL reconfiguration p. 99
7.1 Method 1 - System information signaling p. 99
7.1.1 Description p. 99
7.1.2 Specification impact p. 99
7.2 Method 2 - RRC signaling p. 100
7.2.1 Description p. 100
7.2.2 Specification impact p. 100
7.3 Method 3 - MAC Control Element Signaling p. 100
7.3.1 Description p. 100
7.3.2 Specification impact p. 101
7.4 Method 4 - Physical layer signaling p. 101
7.4.1 Description p. 101
7.4.2 Specification impact p. 101
8 Potential interference mitigation schemes p. 101
8.1 Scheme 1: Cell clustering interference mitigation p. 101
8.1.1 Description p. 101
8.1.2 Specification impact p. 102
8.2 Scheme 2: Scheduling dependent interference mitigation p. 102
8.2.1 Description p. 102
8.2.2 Specification impact p. 102
8.3 Scheme 3: Interference mitigation based on eICIC/FeICIC schemes p. 103
8.3.1 Description p. 103
8.3.2 Specification impact p. 103
8.4 Scheme 4: Interference suppressing interference mitigation p. 103
8.4.1 Description p. 103
8.4.2 Specification impact p. 103
9 Conclusion and recommendations p. 103
A Co-existence simulation assumptions p. 105
$ Change history p. 109
