Content for TR 38.838 Word version: 17.0.0
A Evaluation methodology
A.1 Evaluation methodology for capacity
A.2 Evaluation methodology for power
A.3 Evaluation methodology for coverage
A.4 Evaluation methodology for mobility
B Source specific capacity performance evaluation results
B.1 FR1 DL
B.2 FR1 UL
B.3 FR2 DL
B.4 FR2 UL
C Source specific mobility evaluation results
C.1 Consecutive XR packets lost due to a HO event, N
C.2 Minimum target time interval between HO events, T
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A Evaluation methodology Word‑p. 194
A.1 Evaluation methodology for capacity Word‑p. 194
A.2 Evaluation methodology for power Word‑p. 197
A.3 Evaluation methodology for coverage Word‑p. 199
A.4 Evaluation methodology for mobility Word‑p. 200
B Source specific capacity performance evaluation results Word‑p. 202
B.1 FR1 DL Word‑p. 202
B.1.1 DU scenario Word‑p. 202
B.1.1.1 VR/AR Word‑p. 202
B.1.1.1.1 Single stream traffic model Word‑p. 202
B.1.1.1.2 Multi-stream traffic model Word‑p. 208
B.1.1.2 CG Word‑p. 213
B.1.2 InH scenario Word‑p. 215
B.1.2.1 VR/AR Word‑p. 215
B.1.2.1.1 Single stream traffic model Word‑p. 215
B.1.2.1.2 Multi-stream traffic model Word‑p. 218
B.1.2.2 CG Word‑p. 219
B.1.3 Uma scenario Word‑p. 220
B.1.3.1 VR/AR Word‑p. 220
B.1.3.1.1 Single stream traffic model Word‑p. 220
B.1.3.1.2 Multi-stream traffic model Word‑p. 222
B.1.3.2 CG Word‑p. 223
B.2 FR1 UL Word‑p. 224
B.2.1 DU scenario Word‑p. 224
B.2.1.1 VR/CG (Pose/control-stream) Word‑p. 224
B.2.1.2 AR (1 stream: Scene/video/data/voice-stream) Word‑p. 225
B.2.1.3 AR (2 streams: Pose/control-stream + scene/video/data/voice-stream) Word‑p. 226
B.2.1.4 AR (3 streams: Video stream+Data/audio stream+Pose/control stream) Word‑p. 227
B.2.1.5 AR (3 streams: Pose/control-stream + I/P-stream) Word‑p. 227
B.2.2 InH scenario Word‑p. 228
B.2.2.1 VR/CG (Pose/control-stream) Word‑p. 228
B.2.2.2 AR (1 stream: Scene/video/data/voice-stream) Word‑p. 228
B.2.2.3 AR (2 streams: Pose/control-stream + scene/video/data/voice-stream) Word‑p. 229
B.2.2.4 AR (3 streams: Video stream+Data/audio stream+Pose/control stream) Word‑p. 230
B.2.3 Uma scenario Word‑p. 230
B.3 FR2 DL Word‑p. 232
B.3.1 DU scenario Word‑p. 232
B.3.1.1 VR/AR Word‑p. 232
B.3.1.1.1 Single stream traffic model Word‑p. 232
B.3.1.1.2 Multi-stream traffic model Word‑p. 234
B.3.1.2 CG Word‑p. 235
B.3.2 InH scenario Word‑p. 235
B.3.2.1 VR/AR Word‑p. 235
B.3.2.1.1 Single stream traffic model Word‑p. 235
B.3.2.1.2 Multi-stream traffic model Word‑p. 237
B.3.2.2 CG Word‑p. 239
B.4 FR2 UL Word‑p. 240
B.4.1 DU scenario Word‑p. 240
B.4.1.1 VR/CG (pose/control-stream) Word‑p. 240
B.4.1.2 AR (1 stream: scene/video/data/voice-stream) Word‑p. 241
B.4.1.3 AR (2 streams: pose/control-stream + scene/video/data/voice-stream) Word‑p. 241
B.4.2 InH scenario Word‑p. 242
C Source specific mobility evaluation results Word‑p. 245
C.1 Consecutive XR packets lost due to a HO event, N Word‑p. 245
C.2 Minimum target time interval between HO events, T Word‑p. 252
$ Change history Word‑p. 272
