The aim of this textbook is to provide the readers with a comprehensive technical foundation of the mobile communication systems and wireless network design, operations and applications of various radio access technologies.
The aim of this textbook is to provide the readers with a comprehensive technical foundation of the mobile communication systems and wireless network design, operations and applications of various radio access technologies.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Dr. Ramona Trestian is a Senior Lecturer with the Design Engineering and Mathematics Department, Faculty of Science and Technology, Middlesex University, London, UK. She was previously an IBM-IRCSET Exascale Postdoctoral Researcher with the Performance Engineering Laboratory (PEL) at Dublin City University (DCU), Ireland. She was awarded the PhD from Dublin City University in March 2012 and the B.Eng. in Telecommunications from Technical University of Cluj-Napoca, Romania, 2007. She has published in prestigious international conferences and journals and has five edited books. Her research interests include mobile and wireless communications, quality of experience, multimedia systems, Industry 4.0 and digital twin modelling. She is an Associate Editor of the IEEE Communications Surveys and Tutorials.
Inhaltsangabe
I. Fundamental Aspects of Signals, Analogue and Digital Communication Systems. 1. The Wireless Vision. 1.1 Introduction to wireless communication - evolution and history. 1.2 Applications and Technical Challenges. 1.3 A simplified network model. 2. Wireless Transmission Fundamentals. 2.1 Spectrum and frequencies. 2.2 Signals for conveying information. 2.3 Antennas. 2.4 Multiplexing and modulation. 2.5 Spread Spectrum. 2.6 Medium Access Mechanisms. 2.7 Practical Use-Case Scenario: Antennas using Altair WinProp. 3. Radio Propagation. 3.1 Introduction to Signal Propagation. 3.2 Multi-Path Propagation. 3.3 Fresnel Zone. 3.4 Path Loss and Path Loss Models. 3.5 Free Space Propagation Model. 3.6 Two Ray Ground Model. 3.7 Okumura Model. 3.8 Okumura-Hata Model. 3.9 COST 231 Walfisch Ikegami. 3.10 Intelligent Ray Tracing. 3.11 Dominant Path Model. 3.12 Practical Use-Case Scenario: Radio Propagation using Altair WinProp. 3.13 Practical Use-Case Scenario: Rural/Suburban Study using Altair WinProp. II. Evolution of Mobile and Wireless Systems. 4 The Cellular Concept and Evolution. 4.1 Cellular Systems Fundamentals. 4.2 Traffic Engineering in Cellular Systems - Problem Solving. 4.3 Mobility Management and Handover. 4.4 Evolution from 1G to 5G and Beyond. 4.5 Practical Use-Case Scenario: Network Planning for urban scenarios using LTE with Altair WinProp. 4.6 Practical Use-Case Scenario: 5G Network Planning with Altair WinProp. 5. Satellite Communications. 5.1 The Future of Satellite Communications. 5.2 Satellite Basics. 5.3 Applications of Satellites. 5.4 Routing and Localization. 5.5 Practical Use-Case Scenario: Satellite Communications using Altair WinProp. 6. Wireless Evolution. 6.1 Wireless Technologies Evolution. 6.2 Mobile Ad-Hoc Networks. 6.3 Vehicular Networks. 6.4 Millimeter Wave Multi Gigabit Wireless Networks. 6.5 Use-Case Scenarios: Trends in Heterogeneous Environments Integration. 6.6 Practical Use-Case Scenario: Wireless Indoor Communication using Altair WinProp. III. Paradigms of Intelligent-based Networked Systems. 7. Intelligent Environments and Internet of Things. 7.1 IoT Life-cycle. 7.2 IoT Applications. 7.3 Wireless Access Networks for IoT. 7.4 Introduction to Machine Learning for IoT. 7.5 Digital Twins for Industrial IoT. 7.6 Use-Case Scenario: Technology for Public Health Emergencies. 7.7 Practical Use-Case Scenario: ML for Predictive Maintenance and IoT using Python, Tensorflow, Jupiter. 7.8 Practical Use-Case Scenario: ML for Smart Cities IoT using Python, Tensorflow, Jupiter. List of Acronyms. Index.
I. Fundamental Aspects of Signals, Analogue and Digital Communication Systems. 1. The Wireless Vision. 1.1 Introduction to wireless communication - evolution and history. 1.2 Applications and Technical Challenges. 1.3 A simplified network model. 2. Wireless Transmission Fundamentals. 2.1 Spectrum and frequencies. 2.2 Signals for conveying information. 2.3 Antennas. 2.4 Multiplexing and modulation. 2.5 Spread Spectrum. 2.6 Medium Access Mechanisms. 2.7 Practical Use-Case Scenario: Antennas using Altair WinProp. 3. Radio Propagation. 3.1 Introduction to Signal Propagation. 3.2 Multi-Path Propagation. 3.3 Fresnel Zone. 3.4 Path Loss and Path Loss Models. 3.5 Free Space Propagation Model. 3.6 Two Ray Ground Model. 3.7 Okumura Model. 3.8 Okumura-Hata Model. 3.9 COST 231 Walfisch Ikegami. 3.10 Intelligent Ray Tracing. 3.11 Dominant Path Model. 3.12 Practical Use-Case Scenario: Radio Propagation using Altair WinProp. 3.13 Practical Use-Case Scenario: Rural/Suburban Study using Altair WinProp. II. Evolution of Mobile and Wireless Systems. 4 The Cellular Concept and Evolution. 4.1 Cellular Systems Fundamentals. 4.2 Traffic Engineering in Cellular Systems - Problem Solving. 4.3 Mobility Management and Handover. 4.4 Evolution from 1G to 5G and Beyond. 4.5 Practical Use-Case Scenario: Network Planning for urban scenarios using LTE with Altair WinProp. 4.6 Practical Use-Case Scenario: 5G Network Planning with Altair WinProp. 5. Satellite Communications. 5.1 The Future of Satellite Communications. 5.2 Satellite Basics. 5.3 Applications of Satellites. 5.4 Routing and Localization. 5.5 Practical Use-Case Scenario: Satellite Communications using Altair WinProp. 6. Wireless Evolution. 6.1 Wireless Technologies Evolution. 6.2 Mobile Ad-Hoc Networks. 6.3 Vehicular Networks. 6.4 Millimeter Wave Multi Gigabit Wireless Networks. 6.5 Use-Case Scenarios: Trends in Heterogeneous Environments Integration. 6.6 Practical Use-Case Scenario: Wireless Indoor Communication using Altair WinProp. III. Paradigms of Intelligent-based Networked Systems. 7. Intelligent Environments and Internet of Things. 7.1 IoT Life-cycle. 7.2 IoT Applications. 7.3 Wireless Access Networks for IoT. 7.4 Introduction to Machine Learning for IoT. 7.5 Digital Twins for Industrial IoT. 7.6 Use-Case Scenario: Technology for Public Health Emergencies. 7.7 Practical Use-Case Scenario: ML for Predictive Maintenance and IoT using Python, Tensorflow, Jupiter. 7.8 Practical Use-Case Scenario: ML for Smart Cities IoT using Python, Tensorflow, Jupiter. List of Acronyms. Index.
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