The book describes how interference can be managed so that radio systems co-exist, without harmful mutual effects, within a finite amount of spectrum.  This is timely in view of the increasing proliferation of wireless systems.  It covers both the processes, such as regional or international coordination, as well as the engineering principles.  Written by an author with extensive experience in the industry, it describes in detail the main methodologies for calculating or computing the interference between radio systems of the same type, and also between radio systems of different types

Table of Contents:
Foreword xiii Preface xv 1 Introduction 1 1.1 Motivations and Target Audience 2 1.2 Book Structure 2 1.3 Chapter Structure and Additional Resources 3 1.4 Case Study: How to Observe Interference 3 2 Motivations 6 2.1 Why Undertake Interference Analysis? 6 2.2 Drivers of Change 7 2.3 The Regulatory Framework 8 2.4 International Regulations 10 2.5 Updating the Radio Regulations and Recommendations 27 2.6 Meetings and Presenting Results 29 2.7 National Regulators 34 2.8 Regional and Industry Organisations 35 2.9 Frequency Assignment and Planning 37 2.10 Coordination 40 2.11 Types of Interference Analysis 42 2.12 Further Reading and Next Steps 42 3 Fundamental Concepts 43 3.1 Radiocommunication Systems 43 3.2 Radio Waves and Decibels 46 3.3 The Power Calculation 49 3.4 Carrier Types and Modulation 52 3.5 Multiple Access Methods 66 3.6 Noise Temperature and Reference Points 75 3.7 Antennas 82 3.8 Geometry and Dynamics 101 3.9 Calculation of Angles 122 3.10 Statistics and Distributions 128 3.11 Link Budgets and Metrics 133 3.12 Spectrum Efficiency and Requirements 138 3.13 Worked Example 140 3.14 Further Reading and Next Steps 142 4 Propagation Models 144 4.1 Overview 145 4.2 The Propagation Environment 148 4.3 Terrestrial Propagation Models 160 4.4 Earth to Space Propagation Models 199 4.5 Aeronautical Propagation Models 205 4.6 Additional Attenuations 205 4.7 Radio Path Geometry 208 4.8 Percentages of Time and Correlation 209 4.9 Selection of Propagation Model 214 4.10 Further Reading and Next Steps 216 5 The Interference Calculation 217 5.1 Bandwidths and Domains 218 5.2 Bandwidth Adjustment Factor 221 5.3 Spectrum Masks, Ratios and Guard Bands 224 5.4 Polarisation 254 5.5 Adaptive Systems: Frequency, Power and Modulation 258 5.6 End-to-End Performance 263 5.7 Modelling Deployment and Traffic 266 5.8 Link Design and Margin 276 5.9 Interference Apportionment and Thresholds 281 5.10 Types of Interference Thresholds 292 5.11 Interference Mitigation 314 5.12 Further Reading and Next Steps 327 6 Interference Analysis Methodologies 328 6.1 Methodologies and Studies 329 6.2 Example Scenarios 331 6.3 Static Analysis 338 6.4 Input Variation Analysis 344 6.5 Area and Boundary Analysis 347 6.6 Minimum Coupling Loss and Required Separation Distance 353 6.7 Analytic Analysis 357 6.8 Dynamic Analysis 363 6.9 Monte Carlo Analysis 373 6.10 Area and Two-Stage Monte Carlo 395 6.11 Probabilistic Analysis 401 6.12 Selection of Methodology 402 6.13 Study Projects and Working Methods 404 6.14 Further Reading and Next Steps 407 7 Specific Algorithms and Services 408 7.1 Fixed Service Planning 409 7.2 Private Mobile Radio 417 7.3 Broadcasting 431 7.4 Earth Station Coordination 443 7.5 GSO Satellite Coordination 450 7.6 EPFD and Rec. ITU-R S. 1503 467 7.7 The Radar Equation 483 7.8 N-Systems Methodology 488 7.9 Generic Radio Modelling Tool 494 7.10 White Space Devices 501 7.11 Final Thoughts 514 References 515 Acronyms, Abbreviations and Symbols 522 Index 530