primig
2014-10-18, 11:31 AM
Some VMOS Documents, apologies if they have been posted already, I couldn't find them, but let me know and I can rmove them if necessary.
http://www.4shared.com/rar/4hbBrAZxce/VMOS.html
Recommendations when introducing VAMOS 2012
Contents
1 Recommendations when introducing VAMOS
2 Minimum required SW levels
3 Market Adaptations supporting VAMOS
3.1 Remove SAIC Capability in IMEI Database (M-257)
3.2 Requesting IMEI (M-274)
3.3 Automatic VAMOS TAC Blacklisting tool (M-297)
3.4 Fetching IMEI (M-293)
3.5 Add SAIC Capability in IMEI Database (M-256)
4 Contact Information
5 Abbreviations
6 Revision History
SPEECH - AMR & SPECTRUM EFFICIENCY 2011
Contents
1 Adaptive Multi Rate
1.1 AMR Basic Concept
1.2 Codec Rate
1.3 AMR in Network Design
1.4 AMR 1/1 or 1/3 Frequency plans
1.5 AMR traditional Frequency Groups or MRP
1.6 Design Procedure
1.6.1 Collecting input requirements
1.6.2 Preliminary dimensioning
1.6.3 Apply to a cell planning tool
1.7 AMR CDD
1.8 AMR Initial Tuning
1.9 AMR in Spectrum efficiency
2 Spectrum efficiency
2.1 Spectrum Re-Farming
3 Features which combined with AMR could improve the network performance and Spectrum Efficiency
3.1 DTX
3.2 Frequency Hopping
3.3 Enhanced Handover Success Rate
3.4 Enhanced AMR Coverage
3.5 AMR Power Control
3.6 Dynamic HR for AMR-WB
3.7 Self-Configuration of Transcoder Pools
3.8 Automatic FLP 34
3.8.1 Automatic Planning of MAIO, FNOFFSET and HSN
3.9 Automatic IRC Tuning
3.9.1 Automatic Planning of TSC and FSOFFSET
3.10 VAMOS
4 Glossary
5 References
VAMOS Successful Feature Introduction (VAMOS SFI) Technical Guideline 2011
Contents
1 Reader’s Guide
1.1 Target Group
1.2 Revision History
2 Document Scope
3 VAMOS in Brief
4 VAMOS SFI Benefits
5 VAMOS Technical Description
5.1 Introduction
5.2 VAMOS Principle
5.3 VAMOS Downlink Solution
5.4 VAMOS Uplink Solution
5.5 VAMOS Training Sequence Concept
5.6 VAMOS MS Capabilities
5.7 VAMOS Quality Impacts
5.8 VAMOS Allocation Mechanism
5.9 VAMOS Dependency on DHA
5.10 VAMOS Dynamic Adaptation
5.11 VAMOS Power Control Algorithm
6 VAMOS Capacity Gain Aspects
6.1 Spectrum Load
6.2 Mobile Station Capabilities Penetration Pattern
6.3 Cell Coverage Plan
6.4 VAMOS Capacity Gain Anticipation
7 VAMOS Dependencies
7.1 Software Dependencies
7.2 Hardware Dependencies
7.3 BSS Features’ Dependencies
8 VAMOS Related Statistics
8.1 VAMOS Impact on Legacy Counters
8.2 VAMOS Impact on Performance Management Statistics
9 VAMOS Activation Procedures
9.1 BSC Controlling Parameters
9.2 Cell Controlling Parameters
10 Noncompliant VAMOS Terminals Blacklisting
10.1 Blacklisting Using REDE
10.2 Blacklisting Using DCR
11 VAMOS SFI Delivery Mechanism
11.1 Presales Phase:
11.2 Kick-off & Start-up:
11.3 Initial Network Audit
11.4 Pilot Feature Activation
11.5 Network Impact Analysis & Parameter Tuning
11.6 VAMOS Rollout (Network Wide)
11.7 Handover & Conclusion 40
11.8 Knowledge Sharing (Optional Module)
12 Glossary
13 Reference List
VAMOS Successful Feature Introduction (VAMOS SFI) Verification Checklists 2011
Contents
1 Readers’ Guide
1.1 Target Group
1.2 Revision History
2 Abstract
3 VAMOS SFI Delivery Process
4 Kickoff & Startup Checklist
5 Initial Network Audit Checklists
5.1 Data Gathering Checklist
5.2 Hardware Verification Checklists
5.3 Logical Verification Checklists
5.4 STS Object Types’ Verification Checklist
6 Glossary
7 Reference List
BSS G11B PDU LiTe VAMOS Test Report
Contents
1 Introduction
1.1 Description
1.2 Purpose
1.3 Basic feature functionality
1.4 VAMOS Cluster parameter settings
1.5 Preparation
1.6 Revision History
2 Glossary and concepts
2.1 Abbreviations and Acronyms
2.2 Concept
3 Network Information
3.1 Test BSC and VAMOS test cluster
3.2 Core Network
4 Test Cases
5 Tools used
5.1 STS
5.2 DCR tool
5.2.1 Blocking TAC
6 Result
6.1 Traffic
6.1.1 Total traffic
6.1.2 Half rate and Full rate traffic
6.1.3 SAIC capable traffic
6.2 VAMOS efficiency
6.2.1 VAMOS HW efficiency
6.2.2 VAMOS SAIC traffic efficiency
6.3 TCH Drop
6.3.1 Total TCH drop rate
6.4 Rxqual DL
6.5 Rxqual UL
6.6 SQI UL
6.6.1 VAMOS and non VAMOS
6.6.2 VAMOS only
6.7 Best cell
6.7.1 Traffic
6.7.2 VAMOS efficiency
6.7.3 Drop
6.7.4 Rxqual DL
6.7.5 Rxqual UL
6.7.6 SQI UL
6.8 TAC analyze and blocking mobiles
6.8.1 Blocked TAC numbers during LiTe
6.8.2 Unknown TAC number blocked
6.9 Faults found in VAMOS during testing
6.9.1 Packing was not working after small restart in BSC
6.9.2 Degradation of VAMOS efficiency
6.9.3 VAMOS packing faults
7 Conclusion
8 References
http://www.4shared.com/rar/4hbBrAZxce/VMOS.html
Recommendations when introducing VAMOS 2012
Contents
1 Recommendations when introducing VAMOS
2 Minimum required SW levels
3 Market Adaptations supporting VAMOS
3.1 Remove SAIC Capability in IMEI Database (M-257)
3.2 Requesting IMEI (M-274)
3.3 Automatic VAMOS TAC Blacklisting tool (M-297)
3.4 Fetching IMEI (M-293)
3.5 Add SAIC Capability in IMEI Database (M-256)
4 Contact Information
5 Abbreviations
6 Revision History
SPEECH - AMR & SPECTRUM EFFICIENCY 2011
Contents
1 Adaptive Multi Rate
1.1 AMR Basic Concept
1.2 Codec Rate
1.3 AMR in Network Design
1.4 AMR 1/1 or 1/3 Frequency plans
1.5 AMR traditional Frequency Groups or MRP
1.6 Design Procedure
1.6.1 Collecting input requirements
1.6.2 Preliminary dimensioning
1.6.3 Apply to a cell planning tool
1.7 AMR CDD
1.8 AMR Initial Tuning
1.9 AMR in Spectrum efficiency
2 Spectrum efficiency
2.1 Spectrum Re-Farming
3 Features which combined with AMR could improve the network performance and Spectrum Efficiency
3.1 DTX
3.2 Frequency Hopping
3.3 Enhanced Handover Success Rate
3.4 Enhanced AMR Coverage
3.5 AMR Power Control
3.6 Dynamic HR for AMR-WB
3.7 Self-Configuration of Transcoder Pools
3.8 Automatic FLP 34
3.8.1 Automatic Planning of MAIO, FNOFFSET and HSN
3.9 Automatic IRC Tuning
3.9.1 Automatic Planning of TSC and FSOFFSET
3.10 VAMOS
4 Glossary
5 References
VAMOS Successful Feature Introduction (VAMOS SFI) Technical Guideline 2011
Contents
1 Reader’s Guide
1.1 Target Group
1.2 Revision History
2 Document Scope
3 VAMOS in Brief
4 VAMOS SFI Benefits
5 VAMOS Technical Description
5.1 Introduction
5.2 VAMOS Principle
5.3 VAMOS Downlink Solution
5.4 VAMOS Uplink Solution
5.5 VAMOS Training Sequence Concept
5.6 VAMOS MS Capabilities
5.7 VAMOS Quality Impacts
5.8 VAMOS Allocation Mechanism
5.9 VAMOS Dependency on DHA
5.10 VAMOS Dynamic Adaptation
5.11 VAMOS Power Control Algorithm
6 VAMOS Capacity Gain Aspects
6.1 Spectrum Load
6.2 Mobile Station Capabilities Penetration Pattern
6.3 Cell Coverage Plan
6.4 VAMOS Capacity Gain Anticipation
7 VAMOS Dependencies
7.1 Software Dependencies
7.2 Hardware Dependencies
7.3 BSS Features’ Dependencies
8 VAMOS Related Statistics
8.1 VAMOS Impact on Legacy Counters
8.2 VAMOS Impact on Performance Management Statistics
9 VAMOS Activation Procedures
9.1 BSC Controlling Parameters
9.2 Cell Controlling Parameters
10 Noncompliant VAMOS Terminals Blacklisting
10.1 Blacklisting Using REDE
10.2 Blacklisting Using DCR
11 VAMOS SFI Delivery Mechanism
11.1 Presales Phase:
11.2 Kick-off & Start-up:
11.3 Initial Network Audit
11.4 Pilot Feature Activation
11.5 Network Impact Analysis & Parameter Tuning
11.6 VAMOS Rollout (Network Wide)
11.7 Handover & Conclusion 40
11.8 Knowledge Sharing (Optional Module)
12 Glossary
13 Reference List
VAMOS Successful Feature Introduction (VAMOS SFI) Verification Checklists 2011
Contents
1 Readers’ Guide
1.1 Target Group
1.2 Revision History
2 Abstract
3 VAMOS SFI Delivery Process
4 Kickoff & Startup Checklist
5 Initial Network Audit Checklists
5.1 Data Gathering Checklist
5.2 Hardware Verification Checklists
5.3 Logical Verification Checklists
5.4 STS Object Types’ Verification Checklist
6 Glossary
7 Reference List
BSS G11B PDU LiTe VAMOS Test Report
Contents
1 Introduction
1.1 Description
1.2 Purpose
1.3 Basic feature functionality
1.4 VAMOS Cluster parameter settings
1.5 Preparation
1.6 Revision History
2 Glossary and concepts
2.1 Abbreviations and Acronyms
2.2 Concept
3 Network Information
3.1 Test BSC and VAMOS test cluster
3.2 Core Network
4 Test Cases
5 Tools used
5.1 STS
5.2 DCR tool
5.2.1 Blocking TAC
6 Result
6.1 Traffic
6.1.1 Total traffic
6.1.2 Half rate and Full rate traffic
6.1.3 SAIC capable traffic
6.2 VAMOS efficiency
6.2.1 VAMOS HW efficiency
6.2.2 VAMOS SAIC traffic efficiency
6.3 TCH Drop
6.3.1 Total TCH drop rate
6.4 Rxqual DL
6.5 Rxqual UL
6.6 SQI UL
6.6.1 VAMOS and non VAMOS
6.6.2 VAMOS only
6.7 Best cell
6.7.1 Traffic
6.7.2 VAMOS efficiency
6.7.3 Drop
6.7.4 Rxqual DL
6.7.5 Rxqual UL
6.7.6 SQI UL
6.8 TAC analyze and blocking mobiles
6.8.1 Blocked TAC numbers during LiTe
6.8.2 Unknown TAC number blocked
6.9 Faults found in VAMOS during testing
6.9.1 Packing was not working after small restart in BSC
6.9.2 Degradation of VAMOS efficiency
6.9.3 VAMOS packing faults
7 Conclusion
8 References