What is included with this book?
Preface | p. xi |
Acknowledgments | p. xiii |
Introduction | p. 1 |
From Software-Defined Radio to End-to-End Reconfigurability | p. 2 |
Heterogeneity of RAT Standards | p. 2 |
SDR as an Enabling Technology | p. 6 |
Cognitive Radio | p. 7 |
Basics of Cognitive Radio | p. 8 |
Regulatory Landscape | p. 10 |
State of the Art of CR | p. 11 |
State-of-the-Art Devices | p. 12 |
RF-BB Interface | p. 13 |
Converters | p. 14 |
Digital Front End (DFE) | p. 16 |
Analog Front End (AFE) | p. 16 |
Equipment Management for Reconfigurable Radio | p. 16 |
Security Threats | p. 18 |
Evolution of Radio Resource and Spectrum Management | p. 19 |
Preview of the Book | p. 21 |
References | p. 23 |
Enabling Technologies | p. 25 |
SDR and Cognition as Building Concepts of Reconfigurable Systems | p. 25 |
Design of an Optimal Transmit and Receive Architecture for a Reconfigurable Air Interface | p. 27 |
Limits of the Single-User MIMO Channels | p. 28 |
Precoding Schemes with Perfect and Partial CSI-T | p. 32 |
General Framework for Air Interface Reconfigurability | p. 36 |
Design of Multiuser Optimal TX and RX | p. 37 |
Candidate PHY-Layer Techniques for Reconfigurable Air Interfaces | p. 38 |
Downlink Scenario | p. 38 |
Uplink Scenario | p. 42 |
Exploiting the Diversity Gain | p. 50 |
Exploiting the Multiplexing Gain | p. 51 |
Practical Multistream Transmission Techniques | p. 55 |
Single-Carrier Versus OFDM | p. 55 |
Coexistence of SC-FDE and OFDM | p. 56 |
MIMO for Single Carrier | p. 56 |
Channel-Dependent Scheduling for SC-FDMA Uplink MIMO | p. 57 |
SINR Distribution for SDM MIMO Schemes in DL | p. 58 |
MIMO Mode Selection for Multiuser Scheduling | p. 60 |
Air Interface Technologies for Short-Range Reconfigurability | p. 64 |
Adaptive Antenna Systems and Use of Localization | p. 69 |
Reconfigurable IA/MIMO Transceiver Algorithms | p. 72 |
Conclusions | p. 85 |
References | p. 86 |
Autonomic Communications | p. 91 |
Introduction | p. 91 |
Capabilities of Autonomic Communications | p. 92 |
Self-Configuration and Self-Management | p. 94 |
Autonomic Decision Making | p. 95 |
Profile Representation | p. 95 |
User Profiles | p. 96 |
Device Profiles | p. 98 |
Network Models | p. 98 |
General Concept of Profiles | p. 99 |
Ontology and Context Models | p. 99 |
Ontology | p. 99 |
Context | p. 100 |
Relation Between Ontology and Context | p. 100 |
Representation for Ontology and Context | p. 100 |
Role in Communications and System Aspects | p. 101 |
Applications of Autonomics | p. 102 |
Device Management | p. 103 |
OMA DM Architecture and Enablers | p. 104 |
Role of Device Management in Self-Management and Autonomic Decision Making | p. 107 |
Operation Support Systems | p. 107 |
Autonomous Next-Generation Networks | p. 108 |
Network Evolution Toward Openness | p. 109 |
Policy Framework for Opportunistic Communication | p. 110 |
Unified Scenario on Autonomic Communications Systems for Seamless Experience | p. 119 |
Conclusions | p. 122 |
References | p. 123 |
System Capabilities | p. 127 |
Introduction | p. 127 |
Policy Management | p. 128 |
Cognitive Service Provision and Discovery | p. 130 |
Emergency Services | p. 133 |
Context Interpretation | p. 134 |
Self-Configuring Protocols | p. 138 |
Mass Upgrade of Mobile Terminals | p. 140 |
Handover | p. 141 |
Formation of Network Compartments and Base Station Reconfiguration | p. 143 |
Traffic Load Prediction and Balancing | p. 144 |
Network Resource Management | p. 146 |
RAT Discovery and Selection | p. 147 |
Conclusions | p. 148 |
References | p. 149 |
Principles and Analysis of Reconfigurable Architectures | p. 151 |
Introduction | p. 151 |
Multistandard Base Stations | p. 153 |
Programmable Reconfigurable Radio | p. 155 |
Requirements for a Reconfigurable PHY Layer | p. 156 |
Reconfigurable Elements | p. 156 |
Analog Reconfigurable Elements | p. 157 |
Digital Reconfigurable Elements | p. 157 |
Physical Layer-Related Scenarios and Requirements | p. 159 |
Physical Layer Architecture Principles | p. 160 |
Partitioning Overview | p. 160 |
High-Level View of Architecture | p. 162 |
Physical Layer Architecture Analysis | p. 164 |
RF Front End Architecture | p. 164 |
Digital Baseband Architecture | p. 172 |
Communication Architectures | p. 177 |
RF Front End to Digital Baseband Interface | p. 179 |
Transmitter Architecture for Opportunistic Radio | p. 180 |
Conclusions | p. 185 |
References | p. 185 |
Reconfigurable Radio Equipment and Its Management | p. 187 |
Introduction | p. 187 |
Reconfigurable Management | p. 189 |
Network Perspective | p. 190 |
Equipment Perspective | p. 203 |
Reconfiguration Control | p. 215 |
CCM Simulations and Verifications | p. 216 |
Configuration Control for MSBSs | p. 216 |
Functional Description Language (FDL) Interpreter | p. 218 |
Spatial Scheduling | p. 219 |
Reconfiguration Elements | p. 222 |
CEM-HAL Implementation | p. 223 |
CEM Implementation: SAMIRA DSP | p. 224 |
Adaptive Execution Environment | p. 226 |
SW Architecture for Embedded Real-Time Processors | p. 227 |
Conclusions | p. 229 |
References | p. 230 |
Spectrum Management and Radio Resource Allocation | p. 233 |
Introduction | p. 233 |
Spectrum Sensing and Cooperative Sensing | p. 235 |
Cooperation Protocols for Sensing | p. 239 |
Centralized Sensing Approach | p. 240 |
Distributed Sensing Approach | p. 245 |
Spectrum and Cooperative Sensing Algorithms | p. 246 |
Blind Cyclostationarity-Based Detection Test | p. 246 |
Blind and Semiblind Detection Algorithms for Spread Spectrum Signals | p. 247 |
Algorithm to Detect UMTS FDD Signals | p. 250 |
Wideband Spectrum Sensing for OR Using Wavelet-Based Algorithms | p. 251 |
Energy Detection Based on Multiple-Antenna Processing | p. 253 |
Cooperative Extension of the UMTS FDD Signal Detector | p. 255 |
Spectrum Policies and Economic Consideration | p. 257 |
Conclusions | p. 260 |
References | p. 261 |
Reconfiguration Threats and Security Objectives | p. 263 |
Introduction | p. 263 |
Reconfiguration Threats | p. 264 |
Security Objectives | p. 266 |
Reconfiguration Software Download | p. 266 |
Reconfiguration Process | p. 266 |
Compliance of Radio Emission | p. 267 |
Reconfiguration Software Authorization | p. 268 |
Relevant Security Technology | p. 268 |
Software Download Authorization | p. 270 |
Software Activation Restrictions | p. 273 |
Restricted Radio Execution Environment | p. 274 |
Reconfiguration Software Authorization Policy Framework | p. 274 |
Secure Execution Environment | p. 275 |
Hardware Support | p. 275 |
Software Support | p. 276 |
Equipment-Related Prototype Providing Security Mechanisms | p. 277 |
Authentication and Trust Framework | p. 278 |
Security Infrastructures for Reconfiguration | p. 278 |
Trust Management and Dependencies | p. 282 |
Challenges in the Reconfiguration Process | p. 284 |
Conclusions | p. 287 |
References | p. 288 |
Prototyping and Requirements of the Reconfigurable Platform | p. 291 |
Introduction | p. 291 |
Equipment Prototyping | p. 293 |
FAUST SoC | p. 295 |
Dual Bank RF and ADDAC Board | p. 296 |
MT Local Functionalities | p. 299 |
ADC/Digital Front End | p. 300 |
SAMIRA DSP | p. 301 |
FPGA Dynamic Partial Reconfiguration | p. 304 |
Parameterization and Common Operator Approach | p. 304 |
Hierarchical Management | p. 305 |
Hierarchical Configuration Management Architecture | p. 307 |
FPGA Partial Reconfiguration | p. 308 |
Common Operator-Oriented Design for FPGA Partial Reconfiguration | p. 310 |
Reconfiguration Concepts for the Physical Layer of an MSBS | p. 310 |
Detection of Vacant Radio Resources | p. 312 |
Network Prototyping | p. 312 |
Reconfriguration Control and Service Provisioning Manager (RCSPM) | p. 313 |
RCSPM User Agent | p. 315 |
ASM/ARRM Prototyping Demonstration Framework | p. 317 |
Real-Time Platform for Mobility and QoS and Reconfiguration Management | p. 320 |
Radio Resource Management (RRM) | p. 323 |
Adaptive Applications | p. 327 |
Conclusions | p. 328 |
References | p. 328 |
Concluding Remarks | p. 331 |
About the Authors | p. 337 |
Index | p. 341 |
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