用于实现RFID (ISO18000-3 MODE 2)读写器的新型多级多路数字下变频

Y. Nakagawa, M. Muraguchi, H. Kawamura, Kyoji Ohashi, K. Sakaguchi, K. Araki
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引用次数: 12

摘要

本文研究了RFID读写器在软件无线电上的实现。目标RFID是ISO 18000-3模式2,具有8个应答通道,可与8个不同的RFID标签同时通信。在软件定义的无线电体系结构中,8个应答通道在单个a /D转换器上采样,并由数字下变频器分隔,而传统的RFID体系结构具有冗余的8个并行模拟下变频器。为了有效地实现多通道数字下变频,提出了一种新型多级多路复用数字下变频。最后在FPGA评估板上实现了该体系结构,并在实际硬件上验证了系统的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Novel Multi-Stage Transmultiplexing Digital Down Converter for Implementation of RFID (ISO18000-3 MODE 2) Reader/Writer
Implementation of RFID reader/writer on software defined radio is studied in this paper. The target RFID is ISO 18000-3 mode 2 which has 8 reply channels for simultaneous communication with 8 different RFID tags. In the software defined radio architecture, the 8 reply channels are sampled at a single A/D converter and separated by digital down converters, whereas conventional RFID architecture has redundant 8 parallel analog down converters. A novel multi-stage transmultiplexing digital down converter is proposed for efficient implementation of multi-channel digital down converter. Moreover the proposed architecture is implemented on a FPGA evaluation board, and validity of the system is confirmed on a real hardware.
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