【资料名称】：3G技术规范(Release 5)

【资料作者】：3GPP

【资料日期】：2001.06

【资料语言】：中文

【资料格式】：DOC

【资料目录和简介】：

Contents
Foreword
1 Scope
2 References
3 Definitions and abbreviations
3.1 Definitions
3.2 Abbreviations
3.3 Notation
4 General principles
5 UMTS General architecture
5.1 Overview
Figure 1: UMTS Architecture
5.2 General protocols architecture
5.2.1 User plane
Figure 2: Iu and Uu User plane
5.2.2 Control plane
Figure 3: Iu and Uu Control plane
6 UTRAN Architecture
Figure 4: UTRAN Architecture
Figure 4a: UTRAN Architecture with the Iupc option
Figure 5: Serving and Drift RNS
Figure 6: Protocol layering
6.1 UTRAN Identifiers
6.1.1 PLMN Identity
6.1.2 CN Domain Identifier
6.1.3 RNC Identifier
6.1.4 Service Area Identifier
6.1.5 Cell Identifier
6.1.6 Local Cell Identifier
6.1.7 UE Identifiers
6.1.7.1 Usage of RNTI
6.1.8 Identifiers for dedicated resources within UTRAN
6.1.8.1 Radio Network Control Plane i dentifiers
Table 1: Basic AP level identifiers in each reference point
6.1.8.2 Transport Network Control Plane identifiers
Table 2: Examples of the identifiers used for different transmission link types
6.1.8.3 Binding identifier
Figure 6: Usage of Binding ID
Table 3: Binding identifier allocating entity in each interface
6.2 Transport Addresses
6.3 Function Distribution Principles
7 UTRAN Functions description
7.1 List of functions
7.2 Functions description
7.2.0 Transfer of user data
7.2.1 Functions related to overall system access control
7.2.1.1 Admission Control
The Serving RNC is performing admission Control towards the Iu interface.
7.2.1.2 Congestion Control
Congestion control is performed within UTRAN.
7.2.1.3 System information broadcasting
7.2.2 Radio channel ciphering and deciphering
7.2.3 Functions related to Mobility
7.2.3.1 Handover
Handover may be directed to/from another system (e.g. UMTS to GSM handover
7.2.3.2 SRNS Relocation
Figure 7: Serving RNS Relocation
The SRNS Relocation is initiated by the SRNC.
This function is located in the RNC and the CN.
7.2.3.3 Paging support
7.2.3.4 Positioning
7.2.4 Functions related to radio resource management and control
7.2.4.1 Radio resource configuration and operation
7.2.4.2 Radio environment survey
This function is located in the UE and in the UTRAN.
7.2.4.3 combining/splitting control
7.2.4.4 Connection set -up and release
7.2.4.5 Allocation and deallocation of Radio Bearers
This function is located in the CRNC and SRNC.
7.2.4.6 [TDD - Dynamic Channel Allocation (DCA)]
7.2.4.7 Radio protocols function
7.2.4.8 RF power control
7.2.4.8.1 UL OUTER LOOP POWER CONTROL
7.2.4.8.2 DL OUTER LOOP POWER CONTROL
7.2.4.8.3 UL INNER LOOP POWER CONTROL
7.2.4.8.4 DL INNER LOOP POWER CONTROL
7.2.4.8.5 UL OPEN LOOP POWER CONTROL
7.2.4.8.6 DL OPEN LOOP POWER CONTROL
7.2.4.9 Radio channel coding
7.2.4.10 Radio channel decoding
7.2.4.11 Channel coding control
7.2.4.12 Initial (random) access detection and handling
7.2.4.13 CN Distribution function for Non Access Stratum messages
This distribution function is located in both the UE and in the SRNC.
7.2.4.14 [3.84Mcps TDD- Timing Advance]
7.2.4.15 Service specific function for Non Access Stratum messages
7.2.4.16 [1.28Mcps TDD¨C Uplink Synchronisation]
7.2.5 Functions related to broadcast and multicast services (broadcast/multicast interworking
7.2.5.1 Broadcast/Multicast Information Distribution
7.2.5.2 Broadcast/Multicast Flow Control
7.2.5.3 CBS Status Reporting
7.2.6 Tracing
7.2.7 Volume Reporting
8 Mobility Management
8.1 Signalling connection
8.2 Consequences for Mobility Handling
9 Synchronisation
9.1 SYNCHRONISATION MODEL
Figure 8: Synchronisation issues model
10 UTRAN O&M Requirements

10.1 O&M of Node B
Figure 9: RNS architecture with O&M interfaces
10.1.1 Implementation Specific O&M
10.1.2 Logical O&M
11 UTRAN Interfaces
11.1 General Protocol Model for UTRAN Interfaces
11.1.1 General
Figure 10: General Protocol Mode l for UTRAN Interfaces
11.1.2 Horizontal Layers
11.1.3 Vertical Planes
11.1.3.1 Control Plane
11.1.3.2 User Plane
11.1.3.3 Transport Network Control Plane
11.1.3.4 Transport Network User Plane
11.2 Protocol Model (Informative)
11.2.1 RACH Transport Channel
Figure 11: RACH: Coincident Controlling and Serving RNC
Figure 12: RACH: Separate Controlling and Serving RNC
11.2.2 CPCH [FDD] Transport Channel
Figure 13: CPCH [FDD]: Coincident Controlling and Serving RNC
Figure 14: CPCH [FDD]: Separate Controlling and Serving RNC
11.2.3 FACH Transport Channel
Figure 15: FACH Co-incident Controlling and Serving RNC
Figure 16: FACH: Separate Controlling and Serving RNC
11.2.4 DCH Transport Channel
Figure 17: DCH: Co-incident Controlling and Serving RNC
Figure 18: DCH: Separate Controlling and Serving RNC
11.2.5 DSCH Transport Channel
Figure 19: DSCH Co-incident Controlling and Serving RNC
Figure 20: DSCH: Separate Controlling and Serving RNC
11.2.6 USCH Transport Channel [TDD]
Figure 21: USCH Co-incident Controlling and Serving RNC
Figure 22: USCH: Separate Controlling and Serving RNC
12 UTRAN Performance Requirements
12.1 UTRAN delay requirements

[ 本帖最后由 laomaoyixin 于 2009-6-30 15:53 编辑 ]