【资料名称】：HSDPA RRM in RNC FD

【资料作者】：yy

【资料日期】：20110909

【资料语言】：英文

【资料格式】：DOC

【资料目录和简介】：

Contents3
1.Introduction5
1.1Purpose and scope5
1.2Feature descriptions5
1.2.1RN3.05
1.2.2RN4.08
1.2.3RN5.012
1.2.4RN6.020
1.2.5RN7.021
1.3Concepts and abbreviations22
1.3.1Definitions22
1.3.2Abbreviations25
1.4References28
2.Functionality description31
2.1General31
2.1.1Feature optionalities31
2.1.2Feature codes34
2.2Functionalities36
2.2.1Management of HSPA QoS36
2.2.2RAB Modification handling with UE in Cell_DCH Using HSDPA/HSUPA Service40
2.2.3Power allocation41
2.2.4Static power allocation43
2.2.5Dynamic power allocation44
2.2.6Code allocation57
2.2.7Prioritisation between HSDPA and DCH resources75
2.2.8Channel type selection79
2.2.9Cell level measurements used by RT services105
2.2.10Radio resource reservation checks106
2.2.11Pre-emption, RT-over-RT and RT-over-NRT122
2.2.12Radio bearer, transport and physical channel configuration142
2.2.13AM RLC configuration166
2.2.14UM RLC configuration182
2.2.15Jitter buffer management183
2.2.16AMR codec sets in CS voice over HSPA183
2.2.17Setup and release of HS-DSCH MAC-d flow184
2.2.18Mobility control and measurement reporting193
2.2.19Mobility without serving HS-DSCH cell change205
2.2.20Mobility with serving HS-DSCH cell change207
2.2.21General functionalities for HSDPA mobility231
2.2.22UL return channel allocation234
2.2.23Outer Loop Power Control with HSDPA242
2.2.24HSDPA downlink common channel power control244
2.2.25DL fast closed loop PC with HSDPA245
2.2.26Channel type switching245
2.2.27Inter-RNC mobility263
2.2.28Handling of DMPG Resources (HSD144CE)318
2.2.29Inactivity detection for RABs mapped to HS-DSCH318
2.2.30Extended inactivity time in Cell_DCH state325
2.2.31F-DPCH and SRBs on HSPA333
2.2.32Dual Cell HSDPA (RAN1906, DCHSDPA; RAN2179 DBDCHSDPA)350
2.2.33HSPA05 reconfiguration in Power Saving Mode for BTS363
2.2.34Cell level information to L2373
2.2.35MIMO (RAN1642 MIMO, RAN1912 MIMO42M)374
2.2.36Feature control information of HSDPA features380
2.2.37HSDPA feature effect on capacity licences406
2.3Capacity, performance and overload control406
2.4HW and memory requirements406
2.5Management parameters406
2.5.1General parameters406
2.5.2HS-DPCCH parameters409
2.5.3Power allocation parameters410
2.5.4Priority queue parameters411
2.5.5MAC-d flow utilization and throughput measurement parameters412
2.5.6Extended inactivity timer in Cell_DCH related parameters412
2.5.7Code allocation parameters413
2.5.8Mobility control parameters413
2.5.9Channel type switching parameters418
2.5.10RLC parameters418
2.5.11UL DCH return channel parameters419
2.5.12F-DPCH parameters420
2.5.13Other parameters421
2.5.14Outer Loop Power Control parameters425
2.5.15QoS prioritization mapping parameters425
2.5.16RT-over-NRT parameters427
2.5.17NBR mapping parameters427
2.5.18HSPA05 Reconfiguration / PWSM parameter428
2.5.19MIMO parameters428
2.5.20LTE Interworking parameters429
2.6Alarms429
2.7Statistics429
2.8Element Manager and GUI429
2.9Effects on external interfaces429
2.10Restrictions429
3.RNW Planning Aspects430
3.1HSDPA mobility430
4.Implementation Description434
4.1Static view434
4.2Dynamic view434
5.Change Description435
6.APPENDICES444
6.1Internal notes and reminders444
6.1.1a problem in inter RNC WB->NB RNC relocation444