谐波- wisp:一个无源宽带谐波RFID平台

Yunfei Ma, Xiaonan Hui, E. Kan
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引用次数: 30

摘要

在传统的无源射频识别(RFID)系统中,下行链路(阅读器到标签)和上行链路(标签到阅读器)在同一载波频率上重叠,导致严重的自干扰和阅读器碰撞问题。为了解决这些问题,可以利用无源RFID标签中的非线性来产生用于上行数据通信的二阶或更高阶谐波。谐波标签的设计,使高效的能量收集和谐波产生的同时是至关重要的。我们提出了harmonic -WISP,这是第一个集成了开源无线识别和传感平台(WISP)的谐波RFID系统。谐波- wisp采用了新的路由策略,以确保在能量收集和谐波产生模式下充分利用功率。新平台可以从根本上消除自干扰问题,并可以大大减少阅读器之间的干扰。通过与WISP集成,所提出的平台可以进一步允许灵活地实现和评估高效的多路复用和安全协议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Harmonic-WISP: A passive broadband harmonic RFID platform
In conventional passive radio frequency identification (RFID) systems, downlink (reader to tag) and uplink (tag to reader) overlap on the same carrier frequency, which leads to severe self-jamming and reader collision problems. To resolve these issues, nonlinearity in passive RFID tags can be exploited to generate second or higher order harmonics for uplink data communication. The design of harmonic tag that allows efficient energy harvesting and harmonic generation at the same time is critical. We present Harmonic-WISP, the first harmonic RFID system integrated with the open-source wireless identification and sensing platform (WISP). Harmonic-WISP adopts a new routing strategy to ensure full power utilization in both energy harvesting and harmonic generation modes. The new platform can fundamentally eliminate self-jamming issues and can greatly reduce reader-to-reader interference. By integrating with WISP, the proposed platform can further allow flexible implementation and evaluation of efficient multiplexing and security protocols.
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