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Physical Principles of Wireless Communications, Second Edition, by Victor L. Granatstein
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Updated and expanded, Physical Principles of Wireless Communications, Second Edition illustrates the relationship between scientific discoveries and their application to the invention and engineering of wireless communication systems. The second edition of this popular textbook starts with a review of the relevant physical laws, including Planck’s Law of Blackbody Radiation, Maxwell’s equations, and the laws of Special and General Relativity. It describes sources of electromagnetic noise, operation of antennas and antenna arrays, propagation losses, and satellite operation in sufficient detail to allow students to perform their own system designs and engineering calculations.
Illustrating the operation of the physical layer of wireless communication systems―including cell phones, communication satellites, and wireless local area networks―the text covers the basic equations of electromagnetism, the principles of probability theory, and the operation of antennas. It explores the propagation of electromagnetic waves and describes the losses and interference effects that waves encounter as they propagate through cities, inside buildings, and to and from satellites orbiting the earth. Important natural phenomena are also described, including Cosmic Microwave Background Radiation, ionospheric reflection, and tropospheric refraction.
New in the Second Edition:
- Descriptions of 3G and 4G cell phone systems
- Discussions on the relation between the basic laws of quantum and relativistic physics and the engineering of modern wireless communication systems
- A new section on Planck’s Law of Blackbody Radiation
- Expanded discussions on general relativity and special relativity and their relevance to GPS system design
- An expanded chapter on antennas that includes wire loop antennas
- Expanded discussion of shadowing correlations and their effect on cell phone system design
The text covers the physics of Geostationary Earth Orbiting satellites, Medium Earth Orbiting satellites, and Low Earth Orbiting satellites enabling students to evaluate and make first order designs of SATCOM systems. It also reviews the principles of probability theory to help them accurately determine the margins that must be allowed to account for statistical variation in path loss. The included problem sets and sample solutions provide students with the understanding of contemporary wireless systems needed to participate in the development of future systems.
- Sales Rank: #1053508 in Books
- Published on: 2012-03-26
- Original language: English
- Number of items: 1
- Dimensions: 9.21" h x .75" w x 6.14" l, 1.27 pounds
- Binding: Hardcover
- 311 pages
Review
Overall, I really enjoyed reading this book. This is a very *unique* book in terms of contents and approach. Unlike most other books in the area of wireless communications, its approach is rather from electromagnetic theories (or physics), which is particularly interesting. Also, noise is explained in detail based on antenna temperature. Chapters 6 and 7 are also interesting. For example, the concept of LOS horizon should be useful in the research for long-range communications. Finally, as in this book, it is always good to have examples at the end of each chapter. ... this book might be possibly considered as supplemental material for teaching certain courses ... . Also, it is an excellent monograph for researchers in the area of wireless communications. -Prof. Il-Min Kim, Queens University, Kingston, Ontario, Canada
About the Author
Victor L. Granatstein was born and raised in Toronto, Canada. He received his Ph.D. degree in electrical engineering from Columbia University, New York, in 1963. After a year of postdoctoral work at Columbia, he became a research scientist at Bell Telephone Laboratories from 1964 to 1972 where he studied microwave scattering from turbulent plasma. In 1972, he joined the Naval Research Laboratory (NRL) as a research physicist, and from 1978 to 1983, he served as head of NRL’s High Power Electromagnetic Radiation Branch.
In August 1983, he became a professor in the Electrical Engineering Department of the University of Maryland, College Park. From 1988 to 1998, he was director of the Institute for Plasma Research at the University of Maryland. Since 2008, he has been Director of Research of the Center for Applied Electromagnetics at the University of Maryland. His research has involved invention and development of high-power microwave sources for heating plasmas in controlled thermonuclear fusion experiments, for driving electron accelerators used in high-energy physics research, and for radar systems with advanced capabilities. He also has led studies on the effects of high-power microwaves on integrated electronics. His most recent study is of air breakdown in the presence of both terahertz radiation and gamma rays with possible application to detecting concealed radioactive material. He has coauthored more than 250 research papers in scientific journals and has co-edited three books. He holds a number of patents on active and passive microwave devices.
Granatstein is a Fellow of the American Physical Society (APS) and a Life Fellow of the Institute of Electrical and Electronic Engineers (IEEE). He has received a number of major research awards including the E.O. Hulbert Annual Science Award (1979), the Superior Civilian Service Award (1980), the Captain Robert Dexter Conrad Award for scientific achievement (awarded by the Secretary of the Navy, 1981), the IEEE Plasma Science and Applications Award (1991), and the Robert L. Woods Award for Excellence in Electronics Technology (1998). He has spent part of his sabbaticals in 1994, 2003, and 2010 at Tel Aviv University where he holds the position of Sackler Professor by Special Appointment.
Most helpful customer reviews
2 of 2 people found the following review helpful.
How Wireless Works
By Brian DeLacey
What is there to like in "Physical Principles of Wireless Communications"? A lot!
The preface paints the landscape: "Wireless communications is based on the launching, propagation, and detection of electromagnetic waves usually at radio or microwave frequencies." By the end of the book, you'll have covered short-range, medium range and long-range forms of wireless communication. You'll start with the physical principles, gain insight into the supporting theory and equations, and learn examples of how this works in real world applications.
The author begins with a brief but fascinating tour of the history with "An Introduction to Modern Wireless Communications." The chapter is beautifully written and nicely laid out with photos and graphics. The author includes stories of some of the great early physicists and their experiments that led to modern day technology. The breakthroughs of people like Marconi are brought to life in a very memorable way. (Marconi's entrepreneurial inventions enabled shore to ship communications and led to the unanticipated discovery of the ionosphere.) Fascinating background ....
Next, Dr. Granatstein winds his way through a noisy century of scientific and engineering discoveries in radio. You quickly catch up with today's wireless technologies in cell phones, local area networks and satellite communication systems all have grown out of these fundamental principles.
Chapters 3 and 4 present mutually-reinforcing chapters on "Antennas" and "Antenna Arrays". I always wondered how antennas worked - this explains it well. Chapter 5, "Radio Frequency (RF) Wave Propagation" helps you think about propagation challenges - "reflection, refraction, absorption, multipath phase interference and diffraction." These are real world problems for deployments.
By the time you reach chapter 7, you'll start to realize the level of math required to master this subject - this chapter is packed with all sorts of equations.
This book explains the basics of how signals are created, transmitted, and received. But it rapidly accelerates into more advanced territory. The equations of electromagnetic radiation will challenge even the most determined. On the other hand, the figures and graphics are crystal clear and easily accessible to even the most casual reader.
In addition to being full of theory, this book is well populated with practical descriptions of how theory plays out in practice. Simple diagrams convey common material. Figures in chapter 5 depict the basic geometries of waves propagation. Graphics in chapter 6 nicely and simply describe the operation of wireless microwave bridges.
The author is a true expert on his subject. He has a Ph.D in electrical engineering and held positions at Bell Labs, the Naval Research Lab, and conducted decades of research and teaching in a university setting. He has studied, researched, practiced, taught, and now written about the subject. This is as authoritative as an author can be.
The text itself emerged from teaching material to senior EE students, grad students, and engineers working in communication companies. In less than 250 pages of text, the author conveys an important body of knowledge that has been collected over roughly the past 150 years. This book could easily be used in a classroom setting, as a main text or supplemental reading.
So many wireless gadgets are in use today that they are shaping our culture as well as our future technology pathways. "Physical Principles of Wireless Communications" provides a strong foundation for understanding the drivers and implications. It ranks as the best book I've seen (by far) on the physics of wireless communications.
0 of 0 people found the following review helpful.
Five Stars
By Amazon Customer
This is an entry level good book for understanding the whole picture of physical aspects of wireless communications.
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