1 Functional Attribute
2 Overview
2.1 Function Introduction
2.1.1 Soft Handover and Softer Handover
2.1.2 Intra-Frequency Hard Handover
2.1.3 Inter-Frequency Hard Handover
2.1.4 Inter-RAT Mobility
2.1.5 Inter-RNC(with IUR) Handover
2.1.6 Inter-RNC Handover Without lur Interface
2.1.7 Compressed Mode
2.1.8 Adjacent Cell Priority
2.1.9 Change of HS-DSCH Serving Cell
2.1.10 Change of Serving Cell in E-DCH Active Set
2.1.11 Handover Based on Dedicated Downlink Transmit Powe
2.1.12 Handover Based on Dedicated Uplink Transmit Power (UE)
2.1.13 QoS-based Handover
2.1.14 IMSI-based Handover
2.1.15 Associated Channel Soft/Softer Handover of HSDPA
2.1.16 Associated Channel Soft/Softer Handover of HSUPA
2.1.17 Different Active Sets of E-DCH and DCH
2.1.18 Handover Strategy Based on Service Type
2.1.19 SRNS Relocation
3 Compressed Mode Strategy
3.1 Introduction to Compressed Mode
3.2 Compressed Mode Strategy
4 Intra-Frequency Handover Strategy
4.1 Intra-Frequency Measurement.
4.1.1 Introduction to Intra-Frequency Measurement
4.1.2 Measurement Control Method Related to Active Set and Monitored set
4.1.3 Handling of Over 32 Adjacent Cells
4.2 Handling Mechanism for Period-based Report of Intra-Frequency Handover Measurement
4.3 Intra-Frequency Handover Decision
4.3.1 Event 1A-Triggered Handover
4.3.2 Event 1B-Triggered Handover
4.3.3 Event 1C-Triggered Handover
4.3.4 Event 1D-Triggered Handover
4.3.5 Time-To-Trigger Mechanism Used to Control Event Report
4.3.6 Handling of Intra-Frequency Events
4.3.7 Detected set Handover
4.3.8 Detected Set Tracing
4.4 Intra-Frequency Handover Procedure
4.4.1 Intra-RNC Soft Handover (Add a Radio Link)
4.4.2 Intra-RNC Soft Handover (Delete a Radio Link)
4.4.3 Intra-RNC Soft Handover (Swap a Radio Link)
4.4.4 Intra-RNC Hard handover
4.4.5 Inter-RNC Hard Handover Through lur Interface
4.4.6 Inter-RNC Hard Handover Without lur Interface
5 Inter-Frequency Handover Strategy
5.1 Inter-Frequency Measurement
5.1.1 Introduction to Inter-Frequency Measurement
5.1.2 Inter-Frequency Measurement Control Method
5.1.3 Handling of Over 32 Adjacent Cells
5.2 Handling Mechanism for Period-based Report of Inter-Frequency Handover Measurement
5.3 Downlink Coverage Based Inter-Frequency Handover
5.4 Uplink BLER Based Inter-Frequency Handover
5.5 Uplink Transmit Power Based Inter-Frequency Handover
5.6 Downlink Transmit Power Based Inter-Frequency Handover
5.7 Load Control Based Handover
5.8 Moving Speed Based Handover
5.9 Coupling Handling of Different Handovers
5.10 Inter-Frequency Handover Procedure.
6 SRNS Relocation
6.1 Relocation Triggered by Soft Handover
6.2 Relocation Triggered by Hard Handover
7 Inter-RAT Handover Policy
7.1 Inter-RAT Measurement
7.1.1 Overview of Inter-RAT Measurement
7.1.2 Control Methods for Inter-RAT Measurement
7.1.3 Processing in the Case of More Than 32 Inter-RAT Neighboring Cells
7.2 Inter-RAT Handover Based on Downlink Coverage
7.3 Inter-RAT Handover Based on Uplink BLER
7.4 Inter-RAT Handover Based on Uplink Transmit Power
7.5 Inter-RAT Handover Based on Downlink Transmit Power
7.6 Handover Based on Load Control
7.7 with ShareCover (Overlap or Covers)with GsmShareCover (Overlap or Covers)with GsmShareCover (Overlap or Covers)Coupling for Different Handover Causes
7.8 Inter-RAT Handover Process
7.8.1 CS Service Handover from 3G System to 2G System
7.8.2 PS Service Reselection in 3G to 2G Handover
8 IMSI-based handover
8.1 Querying Whether a SRNC Cell Is Authorized According to IMSI
8.2 Querying Whether a DRNC Cell Is Authorized According to IMSI
9 HSDPA-related special strategy
9.1 Overview
9.2 Intra-frequency Handover
9.3 Inter-frequency Handover
9.4 Inter-RAT Handover
10 HSUPA-related special strategy
10.1 Overview
10.2 Intra-frequency Handover
10.3 Inter-frequency Handover
10.4 Inter-RAT Handover
11 MBMS-related special strategy
11.1 Intra-frequency Handover
11.2 Inter-frequency Handover
12 parameters and configurations
12.1 Intra-Frequency Handover Parameters
12.1.1 Parameter List
12.1.2 Parameter Configuration
This parameter indicates whether PCPICH transmission power is configured
12.2 Inter-Frequency Handover Parameters
12.2.1 Parameter List
12.2.2 Parameter Configuration
This parameter indicates whether the HCS function is used
This parameter indicates whether PCPICH transmission power is configured
12.3 SRNC Relocation Parameters
12.3.1 Parameter List
12.3.2 Parameter Configuration
12.4 Inter-RAT Handover Parameters
12.4.1 Parameter List
12.4.2 Parameter Configuration. This parameter indicates whether the HCS function is used
12.4.3 Parameter List
12.4.4 Parameter Configuration
12.5 HSDPA Handover Parameters
12.5.1 Parameter List
12.5.2 Parameter Configuration
12.6 HSUPA Handover Parameters
12.6.1 Parameter List
12.6.2 Parameter Configuration
12.7 MBMS Handover Parameters
12.7.1 Parameter List
12.7.2 Parameter Configuration
13 Counter And Alarm
13.1 Counter List
13.1.1 RNC Soft Handover Statistics
13.1.2 RNC Hard Handover Statistics
13.1.3 193
13.1.4 Relocation With UE Not Involed
13.1.5 RNC Inter-RAT Handover Statistics
13.1.6 Cell Soft Handover Statistics
13.1.7 Cell Hard Handover Statistics
13.1.8 Transfer between HSPA and DCH due to Cell Mobility.
13.1.9 Cell HSPA Handover to 2G Statistics.
13.1.10 Cell Inter-RAT Handover Statistics
13.1.11 Inter-cell Hard Handover Statistics
13.1.12 Inter-cell Soft Handover Statistics
13.1.13 Inter-RAT Cell Handover Statistics
13.2 Alarm List
14 Glossary
Figures and Tables
Figure 1 Transmission Gap (TG) position
Figure 2 Parameters of compressed mode
Figure 3 Procedure for E-DCH fallback to DCH prior to initiation of ompressed mode
Figure 4 Intra-frequency handover index quotations
Figure 5 Cell priority configuration
Figure 6 Time-To-Trigger mechanism
Figure 7 Intra-frequency handover index quotations
Figure 8 Intra-RNC soft handover (Add a radio link)
Figure 9 Intra-RNC soft handover (Delete a radio link)
Figure 10 Intra-RNC soft handover (Swap a radio link)
Figure 11 Intra-RNC hard handover procedure
Figure 12 Inter-RNC hard handover through lur interface
Figure 13 Inter-RNC hard handover without lur interface
Figure 14 Inter-frequency handover index quotations
Figure 15 Cell priority configuration
Figure 16 Example of slow-moving UE judging conditions
Figure 17 Example of fast-moving UE judging condition
Figure 18 SRNC relocation procedure (Span two CNs )
Figure 19 Relocation triggered by soft handover
Figure 20 Relocation triggered by hard handover
Figure 21 Indexing relation for Inter-RAT handover
Figure 22 Priority settings of cells
Figure 23 3G to 2G CS service handover
Figure 24 PS service reselection initiated by an UE in the case of 3G to 2G handover
Figure 25 PS service reselection initiated by the RNC in the case of 3G to 2G handover
Figure 26 Schematic Diagram of Querying Whether a SRNC Cell Is Authorized According to IMSI
Figure 27 Schematic Diagram of Querying Whether a DRNC Cell Is Authorized According to IMSI
Table 1 Correspondence between handover and compressed modes
Table 2 Parameters of compressed mode
Table 3 Table of Principle.
Table 4 Parameter Description
Table 5 Parameter Description
Table 6 Default Value of the UE Intra-frequency Measurement Configuration Parameters Related to Traffic Category
Table 7 Parameter Description
Table 8 Service Type Related UE Inter-frequency Measurement Parameter
ConfigurationDefault Value
Table 9 Parameter Description
Table 10 Service Type Related UE Inter-RAT Measurement Parameter ConfigurationDefault
Value
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UMTS Handover Control - Feature Description
Re: UMTS Handover Control - Feature Description
Originally Posted by leteo
Re: UMTS Handover Control - Feature Description
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