| Document Date: 2010-03-16 13:27:14
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Company Oak Ridge National Laboratory / K. A. Company / Oak Ridge National Laboratories / Texas Instruments / Kobitone Audio Company / Tektronix / / Country United States / / Facility Florida Atlantic University / Computer Science University of Oklahoma Norman / Ultrasound communication system / / IndustryTerm structural steel corner posts / steel corner posts / information to/from devices / metal enclosures / efficient algorithm / medical imaging / metal channel / software defined / bank / steel beam / cast steel corner blocks / ultrasonic communications / Wireless Communications / wireless sensor networks / communication protocols / carrier frequencies / metal structures / energy efficient / metal channels / metal surface / mature applications / ultrasonic energy / relay network / steel shipping container corner posts / software defined radio techniques / steel / energy / / Organization Computer Science University of Oklahoma Norman / School of Electrical and Computer Engineering / Florida Atlantic University / / Person Thomas Hosman / Mark Yeary / Marcel Dekker / Brent Hobbs / John K. Antonio / / ProgrammingLanguage LabView / / ProvinceOrState Oklahoma / / PublishedMedium IEEE Transactions on Communications / / Technology particular DSP chip / frequency shift keying / efficient algorithm / Engineering Technology / ADC / remote sensing / Machine Vision / LM567 chip / Ultrasound / screen capture / radio frequency / communication protocols / DSP / DSP chip / upgraded DSP chip / medical imaging / using multi-tone frequency shift keying / /
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Multi-Tone FSK for Ultrasonic Communication Thomas Hosman† , Mark Yeary† , John K. Antonio∗ , and Brent Hobbs∗ † School of Electrical and Computer Engineering