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Content for
TR 36.814
Word version: 9.2.0
1…
2…
2
References
3
Definitions, symbols and abbreviations
4
Introduction
5
Support of wider bandwidth
6
Uplink transmission scheme
7
Downlink transmission scheme
8
Coordinated multiple point transmission and reception
9
Relaying functionality
9A
Heterogeneous deployments
9A.1
Rel-8/9 schemes
9A.2
Non-Rel-8/9 schemes
10
Evaluation of techniques for Advanced E-UTRA
A
Simulation model
B
Channel models (Informative)
$
Change History
2
References
3
Definitions, symbols and abbreviations
3.1
Definitions
3.2
Symbols
3.3
Abbreviations
Word‑p. 8
4
Introduction
5
Support of wider bandwidth
5.1
MAC-PHY interface
5.2
DL control signalling
5.3
UL control signalling
Word‑p. 9
6
Uplink transmission scheme
Word‑p. 10
6.1
Uplink spatial multiplexing
6.2
Uplink transmit diversity
Word‑p. 11
6.2.1
Transmit Diversity for Uplink Control Channel
6.3
Uplink multiple access
Word‑p. 12
6.4
Uplink reference signals
6.5
Uplink power control
7
Downlink transmission scheme
7.1
Physical channel mapping
7.2
Downlink spatial multiplexing
7.2.1
Feedback in support of downlink spatial multiplexing
Word‑p. 13
7.3
Enhanced multiuser MIMO transmission
Word‑p. 14
7.4
Downlink reference signals
7.4.1
Demodulation reference signal
7.4.2
CSI reference signal
Word‑p. 15
7.5
Downlink transmit diversity
8
Coordinated multiple point transmission and reception
8.1
Downlink coordinated multi-point transmission
8.1.1
Terminology and definitions
8.1.2
Radio-interface specification areas
Word‑p. 16
8.1.3
Feedback in support of DL CoMP
Word‑p. 17
8.1.3.1
Explicit Feedback in support of DL CoMP
8.1.3.2
Implicit Feedback in support of DL CoMP
Word‑p. 18
8.1.4
Overhead in support of DL CoMP operation
Word‑p. 19
8.2
Uplink coordinated multi-point reception
9
Relaying functionality
9.1
Relay-eNodeB link for inband relay
Word‑p. 20
9.1.1
Resource partitioning for relay-eNodeB link
9.1.2
Backward compatible backhaul partitioning
9.1.3
Backhaul resource assignment
Word‑p. 21
9.2
Relay-eNodeB link for outband relay
Word‑p. 22
9.3
Relay-eNodeB link for inband relay Type 1b
9A
Heterogeneous deployments
9A.1
Rel-8/9 schemes
9A.2
Non-Rel-8/9 schemes
Word‑p. 23
9A.2.1
CA-based scheme
9A.2.2
Non-CA based schemes
10
Evaluation of techniques for Advanced E-UTRA
10.1
Cell spectral efficiency and cell-edge spectral efficiency against 3GPP target
Word‑p. 24
10.1.1
3GPP Case1 (3GPP spatial channel model)
Word‑p. 25
10.1.1.1
FDD, Downlink
10.1.1.2
TDD, Downlink
Word‑p. 28
10.1.1.3
FDD, Uplink
Word‑p. 31
10.1.1.4
TDD, Uplink
Word‑p. 32
10.2
Cell spectral efficiency and cell-edge spectral efficiency for ITU-R requirements
Word‑p. 33
10.2.1
Indoor (InH channel model)
Word‑p. 36
10.2.1.1
FDD, Downlink (InH)
10.2.1.2
TDD, Downlink (InH)
Word‑p. 37
10.2.1.3
FDD, Uplink (InH)
10.2.1.4
TDD, Uplink (InH)
Word‑p. 38
10.2.2
Microcellular (UMi channel model)
Word‑p. 39
10.2.2.1
FDD, Downlink (UMi)
10.2.2.2
TDD, Downlink (UMi)
Word‑p. 42
10.2.2.3
FDD, Uplink (UMi)
Word‑p. 44
10.2.2.4
TDD, Uplink (UMi)
Word‑p. 45
10.2.3
Base coverage urban (UMa channel model)
Word‑p. 46
10.2.3.1
FDD, Downlink (UMa)
10.2.3.2
TDD, Downlink (UMa)
Word‑p. 49
10.2.3.3
FDD, Uplink (UMa)
Word‑p. 51
10.2.3.4
TDD, Uplink (UMa)
Word‑p. 52
10.2.4
High speed (RMa channel model)
Word‑p. 54
10.2.4.1
FDD, Downlink (RMa)
10.2.4.2
TDD, Downlink (RMa)
Word‑p. 55
10.2.4.3
FDD, Uplink (RMa)
10.2.4.4
TDD, Uplink (RMa)
Word‑p. 56
A
Simulation model
Word‑p. 58
A.1
Link simulation scenarios
A.2
System simulation scenarios
A.2.1
System simulation assumptions
A.2.1.1
Reference system deployments
A.2.1.1.1
Homogeneous deployments
A.2.1.1.2
Heterogeneous deployments
Word‑p. 59
A.2.1.1.3
Assumptions for Coordinated Multi point Transmission and Reception Evaluations
Word‑p. 69
A.2.1.1.4
Assumptions for Relay Evaluations
Word‑p. 70
A.2.1.1.5
Assumptions for indoor RRH/Hotzone Evaluations
Word‑p. 73
A.2.1.2
Channel models
Word‑p. 76
A.2.1.3
Traffic models
A.2.1.3.1
FTP traffic models
A.2.1.3.2
Performance metrics
Word‑p. 77
A.2.1.3.2.1
Reference points
Word‑p. 78
A.2.1.3.3
File dropping criteria
A.2.1.3.4
Estimation of range of λ and K
Word‑p. 79
A.2.1.4
System performance metrics
A.2.1.5
Scheduling and resource allocation
Word‑p. 80
A.2.1.6
Antenna gain for a given bearing and downtilt angle
A.2.1.6.1
Polarized antenna modelling
A.2.1.6.2
Antenna gain for a given direction and mechanical tilt angle
Word‑p. 81
A.2.1.7
Advanced receivers modeling
Word‑p. 83
A.2.1.7.1
Iterative soft interference cancellation receivers
A.2.1.8
Effective IoT
A.2.2
System level simulator calibration
Word‑p. 84
A.2.3
Downlink CoMP evaluation assumptions for intra-NodeB CoMP
Word‑p. 87
A.3
Evaluation assumptions for IMT-A
Word‑p. 88
A.4
Detailed simulation results
Word‑p. 91
B
Channel models (Informative)
Word‑p. 92
B.1
Channel models
Word‑p. 94
B.1.1
Void
B.1.2
Primary module
B.1.2.1
Path loss models
B.1.2.1.1
Autocorrelation of shadow fading
Word‑p. 97
B.1.2.2
Primary module channel model parameters
Word‑p. 98
B.1.2.2.1
Generic model
B.2
References
Word‑p. 104
$
Change History
Word‑p. 105