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City Dallas / Cambridge / / Company Dallas Semiconductor / / Currency USD / / / IndustryTerm public server / symmetry breaking protocol / modest communications / actual algorithm / distributed symmetry breaking protocols / manufacturing burden / communication infrastructure / manufacturing costs / binary search / modulated carrier / dynamic symmetry breaking protocols / binary search procedure / obvious solution / approximate solution / asynchronous distributed network / sequential algorithm / electronics / similar randomized protocol / communications bandwidth / deterministic digital devices / non-interacting algorithm / parallel algorithm / early packet radio communication network / serial protocol / non-interacting protocol / Present communication protocols / manufacturing process / jrs@media.mit.edu / / Organization US Federal Reserve / Media Group MIT Media Lab / / Person Rabin / Joshua R. Smith / / / Position diļ¬erent model of communication / / ProvinceOrState Massachusetts / / Technology Ethernet / second protocol / sequential algorithm / randomized algorithm / three distributed protocols / one-wire serial protocol / two processors / MAC address / non-interacting protocol / parallel algorithm / dynamic symmetry breaking protocols / Amplitude Modulation / symmetry breaking protocol / Present communication protocols / simulation / same algorithm / non-interacting algorithm / distributed symmetry breaking protocols / shared memory / actual algorithm / similar randomized protocol / /
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Distributing Identity Published in IEEE Robotics and Automation Magazine, Vol. 6, No. 1, March 1999, ppsJoshua R. Smith Physics and Media Group