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UMTS network planning, optimization, and inter-operation with GSM / / Moe Rahnema
UMTS network planning, optimization, and inter-operation with GSM / / Moe Rahnema
Autore Rahnema Moe
Pubbl/distr/stampa Singapore ; , : John Wiley & Sons (Asia), , c2008
Descrizione fisica 1 online resource (349 p.)
Disciplina 621.38456
Soggetto topico Global system for mobile communications
Universal Mobile Telecommunications System
ISBN 1-282-37138-X
9786612371387
0-470-82303-8
0-470-82302-X
Formato Materiale a stampa
Livello bibliografico Monografia
Lingua di pubblicazione eng
Nota di contenuto Preface -- Acknowledgments -- 1 Introduction -- 1.1 Overview of 3G Standards and WCDMA Releases -- 1.2 3G Challenges -- 1.3 Future Trends -- 2 UMTS System and Air Interface Architecture -- 2.1 Network Architecture -- 2.2 The Air Interface Modes of Operation -- 2.3 Spectrum Allocations -- 2.4 WCDMA and the Spreading Concept -- 2.5 Cell Isolation Mechanism and Scrambling Codes -- 2.6 Power Control Necessity -- 2.7 Soft/Softer Handovers and the Benefits -- 2.8 Framing and Modulation -- 2.9 Channel Definitions -- 2.10 The Radio Interface Protocol Architecture -- 2.11 The Important Physical Layer Measurements -- References -- 3 Multipath and Path Loss Modeling -- 3.1 Multipath Reception -- 3.2 3GPP Multipath Channel Models -- 3.3 ITU Multipath Channel Models -- 3.4 Large-Scale Distance Effects -- 3.5 Far-Reach Propagation Through Ducting -- References -- 4 Formulation and Analysis of the Coverage-capacity and Multi-user Interference Parameters in UMTS -- 4.1 The Multi-user Interference -- 4.2 Interference Representation -- 4.3 Dynamics of the Uplink Capacity -- 4.4 Downlink Power-capacity Interaction -- 4.5 Capacity Improvement Techniques -- 4.6 Remarks in Conclusion -- References -- 5 Radio Site Planning, Dimensioning, and Optimization -- 5.1 Radio Site Locating -- 5.2 Site Engineering -- 5.3 Link Budgeting for Dimensioning -- 5.4 Simulation-based Detailed Planning -- 5.5 Primary CPICH Coverage Analysis -- 5.6 Primary and Secondary CCPCH Coverage Analysis -- 5.7 Uplink DCH Coverage Analysis -- 5.8 Pre-launch Optimization -- 5.9 Defining the Service Strategy -- 5.10 Defining Service Requirements and Traffic Modeling -- 5.11 Scrambling Codes and Planning Requirements -- 5.12 Inter-operator Interference Protection Measures -- References -- 6 The Layered and Multi-carrier Radio Access Design -- 6.1 Introduction -- 6.2 Service Interaction Analysis -- 6.3 Layered Cell Architectures -- References -- 7 Utilization of GSM Measurements for UMTS Site Overlay -- 7.1 Introductory Considerations.
7.2 Using GSM Measurements to Characterize Path Losses in UMTS -- 7.3 Neighbor-Cell Overlap and Soft Handover Overhead Measurement -- 7.4 Interference and Pilot Pollution Detection -- References -- 8 Power Control and Handover Procedures and Optimization -- 8.1 Power Control -- 8.2 Handover Procedures and Control -- References -- 9 Radio Resource and Performance Management -- 9.1 Admission Control -- 9.2 Congestion/Load Control -- 9.3 Channel Switching and Bearer Reconfiguration -- 9.4 Code Resource Allocation -- 9.5 Packet Scheduling -- References -- 10 Means to Enhance Radio Coverage and Capacity -- 10.1 Coverage Improvement and the Impact -- 10.2 Capacity Improvement and the Impact -- 10.3 HSDPA Deployment -- 10.4 Transmitter Diversity -- 10.5 Mast Head Amplifiers -- 10.6 Remote Radio Heads (RRH) -- 10.7 Higher Order Receiver Diversity -- 10.8 Fixed Beam and Adaptive Beam Forming -- 10.9 Repeaters -- 10.10 Additional Scrambling Codes -- 10.11 Self-Organizing Networks -- References -- 11 Co-planning and Inter-operation with GSM -- 11.1 GSM Co-location Guidelines -- 11.2 Ambient Noise Considerations -- 11.3 Inter-operation with GSM -- References -- 12 AMR Speech Codecs: Operation and Performance -- 12.1 AMR Speech Codec Characteristics and Modes -- 12.2 AMR Implementation Strategies -- 12.3 Tradeoffs between AMR Source Rate and System Capacity in WCDMA -- 12.4 AMR Performance under Clean Speech Conditions -- 12.5 AMR Performance under Background Noise and Error Conditions -- 12.6 Codec Mode Parameters -- 12.7 The AMR-Wideband (WB) -- 12.8 AMR Bearer QoS Requirements -- References -- 13 The Terrestrial Radio Access Network Design -- 13.1 RNC Planning and Dimensioning -- 13.2 Node Interconnect Transmission -- 13.3 Link Dimensioning -- References -- 14 The Core Network Technologies, Design, and Dimensioning -- 14.1 The Core Network Function -- 14.2 The IP Core Network Architecture -- 14.3 Mobility Management in GPRS -- 14.4 IP Address Allocation -- 14.5 Core Network in WCDMA.
14.6 IP Multimedia Subsystem (IMS) -- 14.7 Roaming in Mobile Networks -- 14.8 Soft Switching -- 14.9 Core Network Design and Dimensioning -- 14.10 Core Network Transport Technologies -- References -- 15 UMTS QoS Classes, Parameters, and Inter-workings -- 15.1 The QoS Concept and its Importance -- 15.2 QoS Fundamental Concepts -- 15.3 QoS Monitoring Process -- 15.4 QoS Categories in UMTS -- 15.5 Instant Messaging -- 15.6 UMTS Bearer Service Attributes -- 15.7 UMTS QoS Mechanisms -- 15.8 UMTS QoS Signaling -- 15.9 UMTS-Internet QoS Inter-working/Mapping -- 15.10 End-to-End QoS Delay Analysis -- 15.11 ATM QoS Classes -- 15.12 More on QoS Mechanisms in IP Networks -- 15.13 IP Precedence to ATM Class of Service Mapping -- 15.14 Web Traffic Classification for QoS -- 15.15 QoS Levels of Agreement -- References -- 16 The TCP Protocols, Issues, and Performance Tuning over Wireless Links -- 16.1 The TCP Fundamentals -- 16.2 TCP Enhanced Lost Recovery Options -- 16.3 TCP Variations as used on Fixed Networks -- 16.4 Characteristics of Wireless Networks and Particularly 3G -- 16.5 TCP Solutions Proposed for Wireless Networks -- 16.6 Application Level Optimization -- References -- 17 RAN Performance Root Cause Analysis and Trending Techniques for Effective Troubleshooting and Optimization -- 17.1 RAN KPIs -- 17.2 Measurement Guidelines -- 17.3 Correlation Based Root Cause Analysis -- 17.4 Applications to Network Troubleshooting and Performance Optimization -- Appendix -- References -- Abbreviations -- Index.
Record Nr. UNINA-9910146102303321
Rahnema Moe  
Singapore ; , : John Wiley & Sons (Asia), , c2008
Materiale a stampa
Lo trovi qui: Univ. Federico II
Opac: Controlla la disponibilità qui
UMTS network planning, optimization, and inter-operation with GSM / / Moe Rahnema
UMTS network planning, optimization, and inter-operation with GSM / / Moe Rahnema
Autore Rahnema Moe
Pubbl/distr/stampa Singapore ; , : John Wiley & Sons (Asia), , c2008
Descrizione fisica 1 online resource (349 p.)
Disciplina 621.38456
Soggetto topico Global system for mobile communications
Universal Mobile Telecommunications System
ISBN 1-282-37138-X
9786612371387
0-470-82303-8
0-470-82302-X
Formato Materiale a stampa
Livello bibliografico Monografia
Lingua di pubblicazione eng
Nota di contenuto Preface -- Acknowledgments -- 1 Introduction -- 1.1 Overview of 3G Standards and WCDMA Releases -- 1.2 3G Challenges -- 1.3 Future Trends -- 2 UMTS System and Air Interface Architecture -- 2.1 Network Architecture -- 2.2 The Air Interface Modes of Operation -- 2.3 Spectrum Allocations -- 2.4 WCDMA and the Spreading Concept -- 2.5 Cell Isolation Mechanism and Scrambling Codes -- 2.6 Power Control Necessity -- 2.7 Soft/Softer Handovers and the Benefits -- 2.8 Framing and Modulation -- 2.9 Channel Definitions -- 2.10 The Radio Interface Protocol Architecture -- 2.11 The Important Physical Layer Measurements -- References -- 3 Multipath and Path Loss Modeling -- 3.1 Multipath Reception -- 3.2 3GPP Multipath Channel Models -- 3.3 ITU Multipath Channel Models -- 3.4 Large-Scale Distance Effects -- 3.5 Far-Reach Propagation Through Ducting -- References -- 4 Formulation and Analysis of the Coverage-capacity and Multi-user Interference Parameters in UMTS -- 4.1 The Multi-user Interference -- 4.2 Interference Representation -- 4.3 Dynamics of the Uplink Capacity -- 4.4 Downlink Power-capacity Interaction -- 4.5 Capacity Improvement Techniques -- 4.6 Remarks in Conclusion -- References -- 5 Radio Site Planning, Dimensioning, and Optimization -- 5.1 Radio Site Locating -- 5.2 Site Engineering -- 5.3 Link Budgeting for Dimensioning -- 5.4 Simulation-based Detailed Planning -- 5.5 Primary CPICH Coverage Analysis -- 5.6 Primary and Secondary CCPCH Coverage Analysis -- 5.7 Uplink DCH Coverage Analysis -- 5.8 Pre-launch Optimization -- 5.9 Defining the Service Strategy -- 5.10 Defining Service Requirements and Traffic Modeling -- 5.11 Scrambling Codes and Planning Requirements -- 5.12 Inter-operator Interference Protection Measures -- References -- 6 The Layered and Multi-carrier Radio Access Design -- 6.1 Introduction -- 6.2 Service Interaction Analysis -- 6.3 Layered Cell Architectures -- References -- 7 Utilization of GSM Measurements for UMTS Site Overlay -- 7.1 Introductory Considerations.
7.2 Using GSM Measurements to Characterize Path Losses in UMTS -- 7.3 Neighbor-Cell Overlap and Soft Handover Overhead Measurement -- 7.4 Interference and Pilot Pollution Detection -- References -- 8 Power Control and Handover Procedures and Optimization -- 8.1 Power Control -- 8.2 Handover Procedures and Control -- References -- 9 Radio Resource and Performance Management -- 9.1 Admission Control -- 9.2 Congestion/Load Control -- 9.3 Channel Switching and Bearer Reconfiguration -- 9.4 Code Resource Allocation -- 9.5 Packet Scheduling -- References -- 10 Means to Enhance Radio Coverage and Capacity -- 10.1 Coverage Improvement and the Impact -- 10.2 Capacity Improvement and the Impact -- 10.3 HSDPA Deployment -- 10.4 Transmitter Diversity -- 10.5 Mast Head Amplifiers -- 10.6 Remote Radio Heads (RRH) -- 10.7 Higher Order Receiver Diversity -- 10.8 Fixed Beam and Adaptive Beam Forming -- 10.9 Repeaters -- 10.10 Additional Scrambling Codes -- 10.11 Self-Organizing Networks -- References -- 11 Co-planning and Inter-operation with GSM -- 11.1 GSM Co-location Guidelines -- 11.2 Ambient Noise Considerations -- 11.3 Inter-operation with GSM -- References -- 12 AMR Speech Codecs: Operation and Performance -- 12.1 AMR Speech Codec Characteristics and Modes -- 12.2 AMR Implementation Strategies -- 12.3 Tradeoffs between AMR Source Rate and System Capacity in WCDMA -- 12.4 AMR Performance under Clean Speech Conditions -- 12.5 AMR Performance under Background Noise and Error Conditions -- 12.6 Codec Mode Parameters -- 12.7 The AMR-Wideband (WB) -- 12.8 AMR Bearer QoS Requirements -- References -- 13 The Terrestrial Radio Access Network Design -- 13.1 RNC Planning and Dimensioning -- 13.2 Node Interconnect Transmission -- 13.3 Link Dimensioning -- References -- 14 The Core Network Technologies, Design, and Dimensioning -- 14.1 The Core Network Function -- 14.2 The IP Core Network Architecture -- 14.3 Mobility Management in GPRS -- 14.4 IP Address Allocation -- 14.5 Core Network in WCDMA.
14.6 IP Multimedia Subsystem (IMS) -- 14.7 Roaming in Mobile Networks -- 14.8 Soft Switching -- 14.9 Core Network Design and Dimensioning -- 14.10 Core Network Transport Technologies -- References -- 15 UMTS QoS Classes, Parameters, and Inter-workings -- 15.1 The QoS Concept and its Importance -- 15.2 QoS Fundamental Concepts -- 15.3 QoS Monitoring Process -- 15.4 QoS Categories in UMTS -- 15.5 Instant Messaging -- 15.6 UMTS Bearer Service Attributes -- 15.7 UMTS QoS Mechanisms -- 15.8 UMTS QoS Signaling -- 15.9 UMTS-Internet QoS Inter-working/Mapping -- 15.10 End-to-End QoS Delay Analysis -- 15.11 ATM QoS Classes -- 15.12 More on QoS Mechanisms in IP Networks -- 15.13 IP Precedence to ATM Class of Service Mapping -- 15.14 Web Traffic Classification for QoS -- 15.15 QoS Levels of Agreement -- References -- 16 The TCP Protocols, Issues, and Performance Tuning over Wireless Links -- 16.1 The TCP Fundamentals -- 16.2 TCP Enhanced Lost Recovery Options -- 16.3 TCP Variations as used on Fixed Networks -- 16.4 Characteristics of Wireless Networks and Particularly 3G -- 16.5 TCP Solutions Proposed for Wireless Networks -- 16.6 Application Level Optimization -- References -- 17 RAN Performance Root Cause Analysis and Trending Techniques for Effective Troubleshooting and Optimization -- 17.1 RAN KPIs -- 17.2 Measurement Guidelines -- 17.3 Correlation Based Root Cause Analysis -- 17.4 Applications to Network Troubleshooting and Performance Optimization -- Appendix -- References -- Abbreviations -- Index.
Record Nr. UNINA-9910830401303321
Rahnema Moe  
Singapore ; , : John Wiley & Sons (Asia), , c2008
Materiale a stampa
Lo trovi qui: Univ. Federico II
Opac: Controlla la disponibilità qui
UMTS network planning, optimization, and inter-operation with GSM / / Moe Rahnema
UMTS network planning, optimization, and inter-operation with GSM / / Moe Rahnema
Autore Rahnema Moe
Pubbl/distr/stampa Singapore ; ; Hoboken, NJ, : John Wiley & Sons (Asia), : IEEE Press, c2008
Descrizione fisica 1 online resource (349 p.)
Disciplina 621.3845
Soggetto topico Global system for mobile communications
Universal Mobile Telecommunications System
ISBN 1-282-37138-X
9786612371387
0-470-82303-8
0-470-82302-X
Formato Materiale a stampa
Livello bibliografico Monografia
Lingua di pubblicazione eng
Nota di contenuto Preface -- Acknowledgments -- 1 Introduction -- 1.1 Overview of 3G Standards and WCDMA Releases -- 1.2 3G Challenges -- 1.3 Future Trends -- 2 UMTS System and Air Interface Architecture -- 2.1 Network Architecture -- 2.2 The Air Interface Modes of Operation -- 2.3 Spectrum Allocations -- 2.4 WCDMA and the Spreading Concept -- 2.5 Cell Isolation Mechanism and Scrambling Codes -- 2.6 Power Control Necessity -- 2.7 Soft/Softer Handovers and the Benefits -- 2.8 Framing and Modulation -- 2.9 Channel Definitions -- 2.10 The Radio Interface Protocol Architecture -- 2.11 The Important Physical Layer Measurements -- References -- 3 Multipath and Path Loss Modeling -- 3.1 Multipath Reception -- 3.2 3GPP Multipath Channel Models -- 3.3 ITU Multipath Channel Models -- 3.4 Large-Scale Distance Effects -- 3.5 Far-Reach Propagation Through Ducting -- References -- 4 Formulation and Analysis of the Coverage-capacity and Multi-user Interference Parameters in UMTS -- 4.1 The Multi-user Interference -- 4.2 Interference Representation -- 4.3 Dynamics of the Uplink Capacity -- 4.4 Downlink Power-capacity Interaction -- 4.5 Capacity Improvement Techniques -- 4.6 Remarks in Conclusion -- References -- 5 Radio Site Planning, Dimensioning, and Optimization -- 5.1 Radio Site Locating -- 5.2 Site Engineering -- 5.3 Link Budgeting for Dimensioning -- 5.4 Simulation-based Detailed Planning -- 5.5 Primary CPICH Coverage Analysis -- 5.6 Primary and Secondary CCPCH Coverage Analysis -- 5.7 Uplink DCH Coverage Analysis -- 5.8 Pre-launch Optimization -- 5.9 Defining the Service Strategy -- 5.10 Defining Service Requirements and Traffic Modeling -- 5.11 Scrambling Codes and Planning Requirements -- 5.12 Inter-operator Interference Protection Measures -- References -- 6 The Layered and Multi-carrier Radio Access Design -- 6.1 Introduction -- 6.2 Service Interaction Analysis -- 6.3 Layered Cell Architectures -- References -- 7 Utilization of GSM Measurements for UMTS Site Overlay -- 7.1 Introductory Considerations.
7.2 Using GSM Measurements to Characterize Path Losses in UMTS -- 7.3 Neighbor-Cell Overlap and Soft Handover Overhead Measurement -- 7.4 Interference and Pilot Pollution Detection -- References -- 8 Power Control and Handover Procedures and Optimization -- 8.1 Power Control -- 8.2 Handover Procedures and Control -- References -- 9 Radio Resource and Performance Management -- 9.1 Admission Control -- 9.2 Congestion/Load Control -- 9.3 Channel Switching and Bearer Reconfiguration -- 9.4 Code Resource Allocation -- 9.5 Packet Scheduling -- References -- 10 Means to Enhance Radio Coverage and Capacity -- 10.1 Coverage Improvement and the Impact -- 10.2 Capacity Improvement and the Impact -- 10.3 HSDPA Deployment -- 10.4 Transmitter Diversity -- 10.5 Mast Head Amplifiers -- 10.6 Remote Radio Heads (RRH) -- 10.7 Higher Order Receiver Diversity -- 10.8 Fixed Beam and Adaptive Beam Forming -- 10.9 Repeaters -- 10.10 Additional Scrambling Codes -- 10.11 Self-Organizing Networks -- References -- 11 Co-planning and Inter-operation with GSM -- 11.1 GSM Co-location Guidelines -- 11.2 Ambient Noise Considerations -- 11.3 Inter-operation with GSM -- References -- 12 AMR Speech Codecs: Operation and Performance -- 12.1 AMR Speech Codec Characteristics and Modes -- 12.2 AMR Implementation Strategies -- 12.3 Tradeoffs between AMR Source Rate and System Capacity in WCDMA -- 12.4 AMR Performance under Clean Speech Conditions -- 12.5 AMR Performance under Background Noise and Error Conditions -- 12.6 Codec Mode Parameters -- 12.7 The AMR-Wideband (WB) -- 12.8 AMR Bearer QoS Requirements -- References -- 13 The Terrestrial Radio Access Network Design -- 13.1 RNC Planning and Dimensioning -- 13.2 Node Interconnect Transmission -- 13.3 Link Dimensioning -- References -- 14 The Core Network Technologies, Design, and Dimensioning -- 14.1 The Core Network Function -- 14.2 The IP Core Network Architecture -- 14.3 Mobility Management in GPRS -- 14.4 IP Address Allocation -- 14.5 Core Network in WCDMA.
14.6 IP Multimedia Subsystem (IMS) -- 14.7 Roaming in Mobile Networks -- 14.8 Soft Switching -- 14.9 Core Network Design and Dimensioning -- 14.10 Core Network Transport Technologies -- References -- 15 UMTS QoS Classes, Parameters, and Inter-workings -- 15.1 The QoS Concept and its Importance -- 15.2 QoS Fundamental Concepts -- 15.3 QoS Monitoring Process -- 15.4 QoS Categories in UMTS -- 15.5 Instant Messaging -- 15.6 UMTS Bearer Service Attributes -- 15.7 UMTS QoS Mechanisms -- 15.8 UMTS QoS Signaling -- 15.9 UMTS-Internet QoS Inter-working/Mapping -- 15.10 End-to-End QoS Delay Analysis -- 15.11 ATM QoS Classes -- 15.12 More on QoS Mechanisms in IP Networks -- 15.13 IP Precedence to ATM Class of Service Mapping -- 15.14 Web Traffic Classification for QoS -- 15.15 QoS Levels of Agreement -- References -- 16 The TCP Protocols, Issues, and Performance Tuning over Wireless Links -- 16.1 The TCP Fundamentals -- 16.2 TCP Enhanced Lost Recovery Options -- 16.3 TCP Variations as used on Fixed Networks -- 16.4 Characteristics of Wireless Networks and Particularly 3G -- 16.5 TCP Solutions Proposed for Wireless Networks -- 16.6 Application Level Optimization -- References -- 17 RAN Performance Root Cause Analysis and Trending Techniques for Effective Troubleshooting and Optimization -- 17.1 RAN KPIs -- 17.2 Measurement Guidelines -- 17.3 Correlation Based Root Cause Analysis -- 17.4 Applications to Network Troubleshooting and Performance Optimization -- Appendix -- References -- Abbreviations -- Index.
Record Nr. UNINA-9910876969003321
Rahnema Moe  
Singapore ; ; Hoboken, NJ, : John Wiley & Sons (Asia), : IEEE Press, c2008
Materiale a stampa
Lo trovi qui: Univ. Federico II
Opac: Controlla la disponibilità qui