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Table of contents
Abstract
List of Figures
List of Tables
Acronyms
1 Context
1.1 Wireless Body Environment Networks
1.2 60 GHz Wireless Communications
1.3 Thesis Contribution and Outline
2 Body Area Networks Channel Modeling
2.1 Body Area Channels
2.1.1 The radio channel
2.1.2 The Saleh-Valenzuela Impulse Response
2.1.3 On-Body Channels
2.1.4 Off-Body Channels
2.2 60 GHz Body Area Networks
2.2.1 Electric Properties of human body tissues
2.2.2 Propagation Models and Results
2.3 Conclusion
3 Off-Body Propagation and Communication
3.1 Objectives and Scenario definition
3.2 Propagation Model assessment
3.2.1 Analytical model
3.2.2 Numerical results
3.2.3 Experimental Results
3.3 Indoor Off-Body Channel model
3.3.1 Model Generation
3.3.2 Channel Simulations
3.3.3 Experimental Assessment
3.4 Performance Evaluation of WiGig in an indoor Off-Body Communication
3.4.1 Simulation Results
3.4.2 Spatial and Polarization Diversity
3.5 Summary
4 On-body channel characterization
4.1 On Torso Propagation
4.1.1 Flat Body Propagation model
4.1.2 Simulation Results
4.1.3 Experimental validation
4.1.4 On-Torso Path Loss
4.2 Around Torso Propagation
4.2.1 Introduction
4.2.2 Cylindrical Body model
4.2.3 Simulation Results
4.2.4 Path Gain
4.2.5 Measurements
4.2.6 Velocity of Creeping Waves
4.3 Millington Effect for Propagation enhancement
4.3.1 Objective
4.3.2 Analytical Model
4.3.3 Experimental Results
4.3.4 Numerical Study and Discussion
4.4 Summary
5 Near-Body Propagation
5.1 Introduction
5.2 Indoor Near Body Channel Implementation
5.2.1 Geometry and Spatial Regions
5.2.2 Diffraction Model
5.2.3 Indoor Channel Implementation
5.3 Mean Attenuation
5.3.1 Front Region Distribution
5.3.2 Back Region Distribution
Contents vii
5.4 Experimental Comparison
5.5 Summary
6 Conclusion
Bibliography
