Content for TR 45.914 Word version: 18.0.0
9 Higher Order Modulations for MUROS
9.1 Concept Description
9.2 Performance Characterization
9.3 Impacts on the Mobile Station
9.4 Impacts on the BSS
9.5 Impacts on Network Planning
9.6 Impacts on the Specification
9.7 Summary of Evaluation versus Objectives
9.8 References
10 New Training Sequences
10.1 Training sequence candidates proposed
10.2 Training sequence evaluation and selection
10.3 References
9 Higher Order Modulations for MUROS p. 237
9.1 Concept Description p. 237
9.1.1 Downlink p. 237
9.1.1.1 Speech multiplexing p. 237
9.1.1.2 Modulation Schemes and Training Sequences p. 238
9.1.1.3 Legacy GMSK MS Support p. 239
9.1.1.4 Codecs support and Achievable Code Rates p. 240
9.1.1.5 DTX p. 241
9.1.1.5.1 DTX Configuration Signaling p. 241
9.1.1.5.1.1 Examples p. 242
9.1.1.5.2 Signalling Rate and Signaling Channel Coding p. 243
9.1.1.5.3 Average Channel Usage p. 243
9.1.1.6 Hopping p. 243
9.1.1.7 Power Control p. 244
9.1.1.8 SACCH p. 246
9.1.1.9 FACCH p. 246
9.1.2 Uplink p. 246
9.1.2.1 Speech multiplexing p. 246
9.1.2.1.1 Legacy Support p. 247
9.1.2.2 Training Sequences p. 248
9.1.2.3 Burst Format Signaling p. 249
9.1.2.4 DTX p. 249
9.1.2.5 Hopping p. 249
9.1.2.6 Codecs support and Achievable Code Rates p. 250
9.1.2.7 Power Control p. 250
9.1.2.8 SACCH p. 250
9.1.3 Dynamic Channel Allocation p. 250
9.2 Performance Characterization p. 251
9.2.1 Link Level Performance p. 251
9.2.1.1 Sensitivity Performance p. 251
9.2.1.2 Interference Performance p. 253
9.2.1.2.1 Co-channel Performance p. 253
9.2.1.2.2 MTS-x Performance p. 255
9.2.1.2.2.1 Downlink p. 256
9.2.1.2.3 Co-Channel Performance with Power Control p. 260
9.2.1.3 MTS-1 to MTS-4 Performance p. 265
9.2.1.4 Adjacent Interference Performance p. 273
9.2.2 Network Level Performance p. 273
9.2.3 Verification of Link to System Mapping p. 274
9.3 Impacts on the Mobile Station p. 274
9.4 Impacts on the BSS p. 274
9.5 Impacts on Network Planning p. 274
9.6 Impacts on the Specification p. 274
9.7 Summary of Evaluation versus Objectives p. 275
9.7.1 Performance Objectives p. 275
9.7.2 Compatibility Objectives p. 275
9.8 References p. 276
10 New Training Sequences p. 277
10.1 Training sequence candidates proposed p. 277
10.1.1 TSC Set proposed by Nokia [10-1] p. 277
10.1.2 TSC Set proposed by Motorola [10-2] p. 278
10.1.3 TSC Set proposed by China Mobile [10-3] p. 278
10.1.4 TSC Set proposed by Research in Motion Ltd [10-4] p. 279
10.1.5 TSC Set proposed by Telefon AB LM Ericsson [10-5] p. 279
10.1.6 TSC Set proposed by Huawei Technologies Ltd [10-6] p. 280
10.1.7 TSC Set-2 proposed by Research in Motion Ltd [10-7] p. 280
10.1.8 TSC Set-2 proposed by Huawei Technologies Ltd [10-8] p. 281
10.1.9 TSC Set-2 proposed by Motorola [10-9] p. 281
10.2 Training sequence evaluation and selection p. 281
10.3 References p. 282
