Satellite Signal Propagation, Impairments and Mitigation

Satellite Signal Propagation, Impairments and Mitigation covers issues related to satellite link design. The book develops every concept from elementary physics, covering the basics of signal propagation from Maxwell’s equations and then gradually developing the physical reasons for impairments.

It emphasizes the unique concepts for each involved process, based on their physics, and explains how they form the determining factors for the related suitable engineering technique for mitigation. Every basic principle is followed by mathematical substantiation with an explanation of the physics behind the equations.

• Covers the basics of signal propagation, starting from Maxwell’s equations and then gradually developing the physical reasons for the impairments
• Includes different important propagation experiments conducted and detailed in the Appendix
• Employs the power of MATLAB® as both a visualization and problem-solving tool
• Provides MATLAB scripts for simulation exercises

Space systems engineers, also postgraduate students and researchers working in the field of space communication

Chapter 1: Introduction

1.2 Satellite Signals and Performance

1.3 Atmosphere

1.4 Propagation Impairments

Chapter 2: Maxwell’s Equation and EM Waves

2.2 Maxwell’s Equations: its meaning and importance

2.3 Static case: Electrostatics and Magnetostatics

2.6 Direction of Wave flow & Poynting Vector

Chapter 3 : Interaction of waves with medium

3.1 Electric materials

Chapter 4: Ionosphere and ionospheric Impairments

4.2 Ionospheric Propagation

4.3 Effects 

5.2 Models of ionosphere

5.3 Impairment Mitigations

5.4 Applications

Chapter 6 : Tropospheric Propagation and Impairments

6.2 Propagation in Troposphere

Chapter 7 : Tropospheric Impairments: Measurements and Mitigation

7.1 Measurements of Parameters

7.2 Propagation Impairment Models

Chapter 8 : Noise, Multipath and Interference

8.2 Multipath

8.3 Interference　

9.2 Satellite links