Average Reviews:
(More customer reviews)A most welcome book on recent developments in antenna theory and practice, fully justifying use of the term "Frontiers" in the title. Perhaps the closest that comes to this book in coverage of modern topics is Volakis's Handbook, now four years old. Modern applications of this classical field are emerging at a fast pace - largely spurred by the growth of wireless communications technology. In one handy volume one finds an encyclopedic coverage of modern antenna types - including ultra-wideband antenna arrays, smart antennas, Vivaldi arrays, artificial magnetic conductors, metamaterial antennas, leaky-wave antennas, plasma antennas and reconfigurable antennas; along with a select coverage of numerical modeling and optimizing techniques and of emerging applications in medicine, including ingestible capsule antennas! The book has a lovely cover and a spine that adorns my shelf along with classics like Schelkunoff and Friis, Silver, Kraus, Collin, Hansen, Stutzman and Thiele, Elliott, and Balanis, to name only a few.
The book is clearly meant for select readers - such as a graduate student with a background of EM fields and waves who is looking for a topic for research in antennas, or is in the midst of it. In general, the book will serve as a great reference for any one who has more than a casual interest in antennas.
Thanks, Dr. Gross, for bringing out such a nice book!
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The state of the art in antenna design and engineering
Edited by one of the world's foremost authorities on smart antennas and featuring contributions from global experts, Frontiers in Antennas discusses the latest advances in antenna design and engineering. This pioneering guide deals primarily with frontier antenna designs and frontier numerical methods. Many of the concepts presented have emerged within the last few years and are still in a rapid state of development. Each chapter provides in-depth details on a unique and modern antenna technology.
Frontiers in Antennas covers:
Ultra-wideband antenna arrays using fractal, polyfractal, and aperiodic geometries
Smart antennas using evolutionary signal processing methods
The latest developments in Vivaldi antenna arrays
Effective media models applied to artificial magnetic conductors and high impedance surfaces
Novel developments in metamaterial antennas
Biological antenna design methods using genetic algorithms
Contact and parasitic methods applied to reconfigurable antennas
Antennas in medicine: ingestible capsule antennas using conformal meandered methods
Leaky-wave antennas
Plasma antennas which can electronically appear and disappear
Numerical methods in antenna modeling using time, frequency, and conformal domain decomposition methods
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