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<p>As wireless networks evolve into the era of 5G, 6G, and THz technologies, Microwave Photonics is rapidly emerging as a cornerstone for high-frequency communication, advanced sensing, and next-generation radar systems. Yet designing these complex systems demands more than theory – it requires mastery of practical, simulation-based techniques.</p><p><em><strong>Simulation Techniques in Microwave Photonics Systems</strong></em> is a comprehensive guide that brings together the theory and hands-on simulation of modern microwave photonic architectures. Using industry-leading platforms, <strong>OptiSystem® and ADS® (Advanced Design System)</strong>, this book walks the reader through the design, modeling, and analysis of photonic subsystems for high-frequency RF applications, including:</p><ul><li>RF signal generation via Mach-Zehnder and Polarization modulators</li><li>High-order frequency multiplication and optical frequency comb design</li><li>Simulation and optimization of photonic transceivers for radio over fiber (RoF) links</li><li>Emerging techniques for THz signal generation suitable for 5G/6G infrastructure</li></ul><p>Whether you are a <strong>graduate student, researcher, or engineering professional</strong>, this book serves as both a practical manual and a technical reference – equipping the reader with the tools to simulate, innovate, and lead in one of the fastest-moving fields in modern technology.</p>

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Simulation Techniques in Microwave Photonics Systems

  • 书籍

  • 发表日期：

    2025年

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  • Rangana Banerjee Chaudhuri,
  • Abhirup Das Barman

摘要

As wireless networks evolve into the era of 5G, 6G, and THz technologies, Microwave Photonics is rapidly emerging as a cornerstone for high-frequency communication, advanced sensing, and next-generation radar systems. Yet designing these complex systems demands more than theory – it requires mastery of practical, simulation-based techniques.

Simulation Techniques in Microwave Photonics Systems is a comprehensive guide that brings together the theory and hands-on simulation of modern microwave photonic architectures. Using industry-leading platforms, OptiSystem® and ADS® (Advanced Design System), this book walks the reader through the design, modeling, and analysis of photonic subsystems for high-frequency RF applications, including:

  • RF signal generation via Mach-Zehnder and Polarization modulators
  • High-order frequency multiplication and optical frequency comb design
  • Simulation and optimization of photonic transceivers for radio over fiber (RoF) links
  • Emerging techniques for THz signal generation suitable for 5G/6G infrastructure

Whether you are a graduate student, researcher, or engineering professional, this book serves as both a practical manual and a technical reference – equipping the reader with the tools to simulate, innovate, and lead in one of the fastest-moving fields in modern technology.