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City POST ET / / Company General Electric / Microchip Technology Inc. / NoSoap Radio / Motorola / 3M / Charles Stark Draper Laboratory / Bekaert Fibre Technologies / International Business Machines Corporation / No-Soap Radio / / Country United States / India / / Currency USD / / Facility Museum of Modern Art / Charles Stark Draper Laboratory / / IndustryTerm manufacturing textile circuitry / conductive stainless steel yarns / continuous conductive steel fibers / e-broidered / manufacturing step / host processor / conventional electronics / textile-based computing / wearable computing equipment / kHz square-wave carrier / conductive stainless steel / ubiquitous computing / similar devices / sensor readout network / electronic technology / physical computing interfaces / stainless 316L steel / personal computing / resistor network / metal fibers / metal fiber yarns / telephone keypad / reduced manufacturing cost / manufacturing processes / manufacturing process / measurement algorithm / textile products / metal foil / computer-based and other information-service systems / stainless steel yarns / stainless steel fibers / intrasensor communications / electronics / cloth-core telephone wire / computing / able computing / wearable computing / short steel fibers / radio frequency identification device / e-broidery / steel threads / user interface applications / metal foil helix / steel / / NaturalFeature mount solderPOST ET AL. / / Organization MIT / / Position Editor / fabric circuit designer / speaker / General / piezoelectric speaker / / ProvinceOrState Alabama / / PublishedMedium the IBM SYSTEMS JOURNAL / / Technology full-duplex / measurement algorithm / fiber optic / laser / host processor / Plastic Threaded Chip / radio frequency / MIDI / integrated circuit / CAD / / SocialTag 
E-broidery: Design and fabrication of textile-based