Coupled-Oscillator Based Active-Array Antennas 1st Edition by Ronald J. Pogorzelski (PDF)

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Ebook Info

  • Published: 2012
  • Number of pages: 380 pages
  • Format: PDF
  • File Size: 9.14 MB
  • Authors: Ronald J. Pogorzelski

Description

Describing an innovative approach to phased-array control in antenna designThis book explores in detail phased-array antennas that use coupled-oscillator arrays, an arrangement featuring a remarkably simple beam steering control system and a major reduction in complexity compared with traditional methods of phased-array control. It brings together in one convenient, self-contained volume the many salient research results obtained over the past ten to fifteen years in laboratories around the world, including the California Institute of Technology’s Jet Propulsion Laboratory.The authors examine the underlying theoretical framework of coupled-oscillator systems, clearly explaining the linear and nonlinear formalisms used in the development of coupled-oscillator arrays, while introducing a variety of state-of-the-art methodologies, design solutions, and tools for applying this control scheme. Readers will find:Numerous implementation examples of coupled-oscillator array prototypesA continuum model that permits application of diffusion theory to the analysis of phase dynamicsA demonstration of the array behavior through experimental results that validate the linearized theoryExamples of how incorporating coupling delay restores causality, including the latest published resultsGuidance on how to accurately analyze and optimize coupled-oscillator arrays using modern simulation toolsA review of current developments, including the design of compact couple-oscillator array antennasComplete with 150 diagrams and photographs, Coupled-Oscillator Based Active-Array Antennas is a highly useful tutorial for antenna designers and a valuable reference for researchers and engineers wishing to learn about this cutting-edge technology.

User’s Reviews

Editorial Reviews: From the Inside Flap Describing an innovative approach to phased-array control in antenna designThis book explores in detail phased-array antennas that use coupled-oscillator arrays, an arrangement featuring a remarkably simple beam steering control system and a major reduction in complexity compared with traditional methods of phased-array control. It brings together in one convenient, self-contained volume the many salient research results obtained over the past ten to fifteen years in laboratories around the world, including the California Institute of Technology’s Jet Propulsion Laboratory.The authors examine the underlying theoretical framework of coupled-oscillator systems, clearly explaining the linear and nonlinear formalisms used in the development of coupled-oscillator arrays, while introducing a variety of state-of-the-art methodologies, design solutions, and tools for applying this control scheme. Readers will find:Numerous implementation examples of coupled-oscillator array prototypesA continuum model that permits application of diffusion theory to the analysis of phase dynamicsA demonstration of the array behavior through experimental results that validate the linearized theoryExamples of how incorporating coupling delay restores causality, including the latest published resultsGuidance on how to accurately analyze and optimize coupled-oscillator arrays using modern simulation toolsA review of current developments, including the design of compact couple-oscillator array antennasComplete with 150 diagrams and photographs, Coupled-Oscillator Based Active-Array Antennas is a highly useful tutorial for antenna designers and a valuable reference for researchers and engineers wishing to learn about this cutting-edge technology. From the Back Cover Describing an innovative approach to phased-array control in antenna designThis book explores in detail phased-array antennas that use coupled-oscillator arrays, an arrangement featuring a remarkably simple beam steering control system and a major reduction in complexity compared with traditional methods of phased-array control. It brings together in one convenient, self-contained volume the many salient research results obtained over the past ten to fifteen years in laboratories around the world, including the California Institute of Technology’s Jet Propulsion Laboratory.The authors examine the underlying theoretical framework of coupled-oscillator systems, clearly explaining the linear and nonlinear formalisms used in the development of coupled-oscillator arrays, while introducing a variety of state-of-the-art methodologies, design solutions, and tools for applying this control scheme. Readers will find:Numerous implementation examples of coupled-oscillator array prototypesA continuum model that permits application of diffusion theory to the analysis of phase dynamicsA demonstration of the array behavior through experimental results that validate the linearized theoryExamples of how incorporating coupling delay restores causality, including the latest published resultsGuidance on how to accurately analyze and optimize coupled-oscillator arrays using modern simulation toolsA review of current developments, including the design of compact couple-oscillator array antennasComplete with 150 diagrams and photographs, Coupled-Oscillator Based Active-Array Antennas is a highly useful tutorial for antenna designers and a valuable reference for researchers and engineers wishing to learn about this cutting-edge technology. About the Author RONALD J. POGORZELSKI, PhD, is Senior Research Scientist Emeritus and the former supervisor of the Spacecraft Antenna Research Group at the Jet Propulsion Laboratory. He has authored or coauthored over 100 technical publications and presentations and was editor of the IEEE Transactions on Antennas and Propagation.APOSTOLOS GEORGIADIS, PhD, is a Senior Research Associate at Centre Tecnològic de Telecomunicacions de Catalunya (CTTC) in Barcelona, Spain, where he is involved in active antennas and antenna arrays as well as RFID technology and energy harvesting. Read more

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