---

An Introduction to Ultra Wideband Communication Systems

ISBN: 0131481037
EAN: 2147483647

Year: 2005
Pages: 110

Authors: Jeffrey H. Reed

BUY ON AMAZON

• An Introduction to Ultra Wideband Communication Systems
• Table of Contents
• Copyright
• Prentice Hall Communications Engineering and Emerging Technologies Series
• Preface
• Acknowledgments
• Chapter1.Introduction
• Section 1.1. Fundamentals
• Section 1.2. What Makes UWB Unique?
• Section 1.3. The I-UWB System Model
• Section 1.4. The MC-UWB System Model
• Section 1.5. Overview of the Book
• Bibliography
• Chapter2.Channel Measurement and Simulation
• Section 2.1. Introduction
• Section 2.2. Measurement Techniques
• Section 2.3. Measurement Results
• Section 2.4. Electromagnetic Simulation of UWB Propagation in Indoor Environments
• Section 2.5. Summary
• Bibliography
• Chapter3.Channel Modeling
• Section 3.1. Introduction
• Section 3.2. What s Different About UWB?
• Section 3.3. Large-Scale Channel Modeling
• Section 3.4. Small-Scale Channel Modeling
• Section 3.5. Spatial Behavior and Modeling of UWB Signals
• Section 3.6. Impact of Frequency Distortion on Discrete Channel Modeling
• Section 3.7. Summary
• Bibliography
• Chapter4.Antennas
• Section 4.1. Basic Properties of Antennas
• Section 4.2. Antenna Measurements and Modeling in the Time Domain
• Section 4.3. Summary
• Bibliography
• Chapter5.Transmitter Design
• Section 5.1. I-UWB Signal Generators
• Section 5.2. Modulators
• Section 5.3. I-UWB Transmitters
• Section 5.4. MC-UWB Transmitters
• Section 5.5. Spectral Encoded UWB Communication System
• Section 5.6. Summary
• Bibliography
• Chapter6.Receiver Design Principles
• Section 6.1. I-UWB Radio Receivers
• Section 6.2. MC-UWB Receivers
• Section 6.3. Spectral Encoded UWB Communication System
• Section 6.4. Case Study: Improving Range of UWB Using RAKE Receivers
• Section 6.5. Summary
• Bibliography
• Chapter7.On the Coexistence of UWB and Narrowband Radio Systems
• Section 7.1. Introduction
• Section 7.2. Interference of UWB on NB: Waveform Analysis
• Section 7.3. Aggregate UWB Interference Modeling
• Section 7.4. Interference Analysis: NB on UWB
• Section 7.5. Interference Analysis: UWB on UWB
• Section 7.6. Summary
• Bibliography
• Chapter8.Simulation
• Section 8.1. What s Different about UWB System Simulations?
• Section 8.2. Developing a Simulation
• Section 8.3. Simulation MethodologiesA Brief Review
• Section 8.4. UWB Component Simulation
• Section 8.5. Summary
• Bibliography
• Chapter9.Networking
• Section 9.1. How Is UWB Networking Different?
• Section 9.2. UWB Physical Layer Issues
• Section 9.3. Data Link Layer Design
• Section 9.4. UWB Multiple Hop Ad Hoc Networks
• Section 9.5. Other Networking Issues
• Section 9.6. Summary
• Bibliography
• Chapter10.Applications and Case Studies
• Section 10.1. Specialized Applications for UWB Signals
• Section 10.2. Applications
• Section 10.3. Case Studies
• Section 10.4. Summary
• Appendix10.A.Range Analysis of UWB Signals Using Time of Arrival
• Appendix10.B.UWB Standards for WPANs
• Appendix10.C.UWB Regulations
• Bibliography
• About the Editor
• About the Authors
• Index
• SYMBOL
• A
• B
• C
• D
• E
• F
• G
• H
• I
• J
• L
• M
• N
• O
• P
• Q
• R
• S
• T
• U
• V
• W
• X
• Z