Villa Gonzalez F Chipless Rfid Handbook Fundamentals and Applications 2025 [TorrentX]

Textbook in PDF format
Chipless radio frequency identification (RFID) technology has emerged as a cost-effective alternative to conventional automated identification systems like RFID, QR codes, and barcodes. Simultaneously, it enables a wide array of novel applications, including recycling, structural health monitoring, and food safety, among many others.
In this handbook, the authors provide an in-depth exploration of the design, manufacturing, and implementation guidelines of chipless RFID systems, including information encoding in chipless tags, the design of radar-based ultra-wideband (UWB) readers and antennas, as well as dedicated signal processing in time- and frequency-domain.
This book is not only a practical resource for understanding the core principles and capabilities of chipless RFID, but also a rich source of expert knowledge for those wishing to deepen their understanding or explore particular applications. With real-world examples and detailed guidelines, the Chipless RFID Handbook serves as both a beginner-friendly introduction and an advanced reference on this emerging technology.
Chipless RFID is an exciting and low-cost alternative to traditional RFID systems, offering a promising path for applications where cost effectiveness and versatility are crucial. By replacing the traditional chip with a fully electromagnetic scatterer, chipless RFID tags can be manufactured using conventional printing techniques on a variety of substrates, from flexible materials to paper. Although still in its early stages in industry, research on chipless RFID has already shown promise in diverse fields, including logistics, agriculture, healthcare, and anti-counterfeiting.
Despite the potential of chipless RFID, the technology faces challenges in performance, data storage capacity, and standardization. Nevertheless, the authors of this book are optimistic that, as the technology matures, it will open new doors for sensor applications, such as environmental monitoring, intelligent transportation systems, and non-destructive testing. In particular, chipless RFID sensors, capable of measuring parameters such as temperature, humidity, and pressure, have the potential to offer low-cost, passive solutions in harsh or remote environments.
This book provides a comprehensive exploration of chipless RFID technology, offering a detailed look at its underlying principles, components, and practical applications. The absence of a unified reference book on this topic has left a gap in the academic and professional landscape, which this handbook seeks to fill. Through careful study and expert insights, this book aims to provide readers with a thorough understanding of chipless RFID systems and their vast potential