| Document Date: 2011-12-13 18:32:02
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City Cambridge / Wirless / New York City / / Company Tag Reader Software radio / VCO / Xilinx / / Currency USD / / Facility Museum of Modern Art / N. Gershenfeld Massachusetts Institute of Technology / Media Laboratory / / IndustryTerm Internet access / satellite transmitter interface / reader technologies / local area network / pager technology / tag technology / remote wireless connectivity / retail / frequency-agile software-reconfigurable hardware / reader hardware / real-time frequency control / tagging technologies / local area networks / pager networks / real-time inventory data / high-speed computing power / receiver software demodulation / dial-up modem protocol / external device / energy / near-field electromagnetic energy / low-earth orbiting satellite system / wireless sensors / final product / portable applications / software demodulation / industrial applications / frequency-control algorithm / real-time processing / external network / manufacturing environment / energy propagation / identification information infrastructure / software interface / basic software radio / / Organization Massachusetts Institute of Technology / ASIC / US Federal Reserve / XESS Xilinx Evaluation Board / / Position channel Harmonic Detection Disable Transmit Stage CW Frequency detection Accept External Frequency Commands Sweeper / Sweeper / / Product DC-300 / / ProgrammingLanguage Verilog / DC / / Technology pager technology / FPGA / DDS chip / LAN / ADC / bar code / dial-up modem protocol / exisiting DDS chip / reader technologies / microwave / amplitude modulation / existing FPGA chip / SRAM / two receiving DDS chips / TCP/IP protocol / VHDL / TCP/IP / Ethernet / ASIC / Verilog / frequency-control algorithm / two-way pager technology / ISP / ID technology / local area networks / phase modulation / tag technology / /
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Reconfigurable Agile Tag Reader Technologies for Combined EAS and RFID Capability R. Fletcher, O. Omojola, E. Boyden & N. Gershenfeld Massachusetts Institute of Technology, Media Laboratory Cambridge, MA Abstract—In th