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Content for
TR 25.702
Word version: 12.1.0
1…
4…
9…
9
Link evaluation results
10
System evaluation results
11
Impact on implementation
12
Impact on Specifications
13
Conclusion
$
Change History
9
Link evaluation results
Word‑p. 100
9.1
Link evaluation results: Downlink, Solutions 1 and 3
9.1.1
Additional assumptions
9.1.2
Link efficiency of AMR 12.2kbps codec
9.1.3
Average decoding time and packet BLER for AMR 12.2kbps codec
Word‑p. 109
9.1.4
TPC BER for AMR 12.2kbps codec
Word‑p. 114
9.1.5
Link efficiency of AMR 5.9kbps codec
Word‑p. 117
9.1.6
Average decoding time and packet BLER for AMR 5.9kbps codec
Word‑p. 125
9.1.7
TPC BER for AMR 5.9kbps codec
Word‑p. 129
9.2
Link evaluation results: Downlink, Solutions 2 and 4
Word‑p. 132
9.3
Link evaluation results: Downlink, others
Word‑p. 141
9.3.1
Simulation results for Pilot-Free DPCCH slot format
9.3.1.1
Impact on SINR estimation mechanism
Word‑p. 146
9.3.2
Simulation results for DL Frame Early Termination (FET) as described in clause 4.2.1 along with Legacy DPCCH slot format
Word‑p. 147
9.4
Uplink link evaluation results: Solution 1
Word‑p. 154
9.4.1
Finger assignment assumptions
9.4.2
Link efficiency of AMR 12.2kbps codec
9.4.3
Link efficiency of AMR 5.9kbps codec
Word‑p. 156
9.4.4
Summary of link efficiency gains due to Solution 1
Word‑p. 158
9.5
Uplink link evaluation results: Solution 2
Word‑p. 159
10
System evaluation results
Word‑p. 162
10.1
System evaluation results: Downlink, Solutions 1 and 3
10.1.1
Average cell throughput vs. number of voice users per cell
10.1.2
Average Tx Ec/Ior per cell used by CS voice and BE users
Word‑p. 164
10.1.3
Percentages of voice users with active set size of 1,2,3
10.1.4
Percentage of voice users with BLER > 3%
10.2
System evaluation results: Downlink, Solutions 2 and 4
Word‑p. 166
10.3
System evaluation results: Downlink, others
Word‑p. 170
10.3.1
Simulations results for Pilot-Free slot format as described in clause 4.2.2.2 without FET
10.3.2
Simulation results for FET as described in clause 4.2.1.2 with Legacy DPCCH slot format
Word‑p. 174
10.4
System evaluation results: Uplink, Solution 1
Word‑p. 178
10.4.1
Average cell throughput vs. number of voice users per cell
10.4.2
Average Ec/No per cell used by voice and BE UE
Word‑p. 179
10.4.3
Percentages of voice users with active set size of 1, 2, 3
Word‑p. 180
10.4.4
Percentage of voice users with BLER > 3%
10.5
System evaluation results: Uplink, Solution 2
Word‑p. 181
11
Impact on implementation
Word‑p. 185
11.1
Impact on infrastructure implementation
11.1.1
New DL DPCH Slot Formats
11.1.2
New UL Slot Formats
11.1.3
Rate Matching and Multiplexing
11.1.4
FET ACK indication
11.1.4.1
I-Q multiplexed with the TPC symbols
11.1.4.2
ACK on a new code channel
11.1.4.3
ACK using spared TPC symbols
11.1.5
UL FET-DPCCH
Word‑p. 186
11.1.6
New shared DCH channel for SRB over DCH
11.1.7
Frame early termination
11.1.8
User pairing and extended SHO
11.2
Impact on UE Implementation
Word‑p. 187
11.2.1
New DL DPCH Slot Formats
11.2.2
New UL Slot Formats
11.2.3
Rate Matching and Multiplexing
11.2.4
FET ACK indication
11.2.4.1
I-Q multiplexed with the TPC symbols
11.2.4.2
ACK on a new code channel
11.2.4.3
ACK using spared TPC symbols
11.2.5
UL FET-DPCCH
11.2.6
New shared DCH channel for SRB over DCH
Word‑p. 188
11.2.7
Frame early termination
11.3
Overview of feature benefits and complexity
Word‑p. 189
12
Impact on Specifications
Word‑p. 191
12.1
Technical Specification 25.211
12.1.1
Clause 5.2.1.1 - UL DPCCH and DPDCH
12.1.2
UL FET-DPCCH
12.1.3
DL DPDCH and DPCCH
12.1.4
DL FET ACK Channel
12.2
Technical Specification 25.212
12.2.1
Clause 4.2 - General coding/multiplexing of TrCh
12.2.2
Clause 4.3.3 - Coding of Transport-Format-Combination Indicator (TFCI)
Word‑p. 192
12.2.3
DL FET ACK Channel
12.3
Technical Specification 25.213
Word‑p. 193
12.3.1
Clause 4.2.1 - Dedicated physical channels
12.3.2
Clause 4.3.1.2 - Code allocation for dedicated physical channels
12.4
Technical Specification 25.214
12.4.1
Clause 5.2.1.1 - General downlink power control
12.4.2
Appendix B.1 - Power control timing
13
Conclusion
Word‑p. 194
13.1
Conclusions on link evaluation results
13.1.1
Conclusions on Downlink DCH enhancements
13.1.2
Conclusions on Uplink DCH enhancements
Word‑p. 195
13.2
Conclusions on system evaluation results
13.3
Comparison with VoHSPA
13.4
Impact on Modem current consumption and implementation complexity
Word‑p. 196
$
Change History
Word‑p. 197