Название: Radio Frequency Identification Engineering: How to Engineer an RFID Reader
Автор: Alírio Soares Boaventura, Nuno Borges Carvalho
Издательство: Cambridge University Press
Год: 2025
Страниц: 265
Язык: английский
Формат: pdf
Размер: 17.6 MB

Radio Frequency Identification Engineering Radio frequency identification (RFID) has become an undeniable aspect of modern living, being used from logistics, access control, and electronic payment systems to artificial intelligence, and as a key building block of the internet of things. Presenting a unique coverage of RFID reader design and engineering, this is a valuable resource for engineers and researchers, aiding in their mission of fulfilling current and future demands in the RFID space. Providing a cohesive compilation of technical resources for full-stack engineering of RFID readers, the book includes step-by-step techniques, algorithms, and source code that can be incorporated in custom designs. Readers are invited to explore the design of RFID interrogators based on software-defined radio for flexible, upgradeable solutions as well as low-complexity techniques for engineering low-cost RFID readers. Additionally, the authors provide insight into related topics such as waveform design optimization for improved reading range and novel quadrature backscatter modulation techniques.

In recent decades, RFID users have grown significantly from a relatively small circle of engineers and electronics researchers to industry, commerce, and services. This evolution has been made possible thanks to the development of regulation and standardization rules, which allow for the interoperability of devices and subsystems from different manufacturers. Such standards concern both signal characteristics and communication protocols as well as their informational content. The progress made in UHF CMOS RFID chip technology, in particular the large scale of digital and RF cointegration, has allowed a huge reduction in the cost of RFID tags, making them cost effective for item-level tagging.

This book helps to close this gap by providing a compilation of resources for fullstack RFID reader design and engineering spanning basic concepts, simulations, measurements, hardware, and software, and contains a rich collection of experiments and exercises. The book can be helpful for students, practitioners, and researchers looking to gain insight into the operating principles and engineering of UHF RFID readers and other similar systems. For entry-level readers, we provide the foundations for engineering functional systems. For experienced practitioners and researchers, we offer many resources to help overcome engineering problems and jump-start more advanced designs and research. The reader of this book should be familiar with signal processing concepts, digital modulation techniques, communication protocols, and radio system architectures.

“This book is a must-have reference handbook for researchers aspiring to design and build a versatile functional software-defined RFID reader. It is also one of the best resources for anyone looking to learn more about the world of RAIN RFID. This highly recommended book covers a wide range of topics, starting from spectrum, standards, backscatter technology definitions, and all the way to reader architecture choices and RFID signal processing, including encoding, modulation, and filtering. With sections on advanced research concepts such as multicarrier systems or adaptive self-jamming suppression, as well as many exercises and practical Matlab code examples, it can be used as a great textbook for students.” - Pavel Nikitin, University of Washington

“This book provides a comprehensive and thorough coverage of existing Radio Frequency Identification (RFID) technology and current and future areas of research and development. The book presents the wide variety of concepts foundational to RFID in an accessible manner, providing in-depth information about each concept.” - Peter Hawrylak, The University of Tulsa






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