San Francisco / S2 / ΒΌ / Bristol / Notre Dame / Los Alamitos / Reading / London / /
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B. S. Computer Networks / J. A. Stephens A. E. / Orel A. E. / Macmillan Magazines Ltd / IEEE Comp / Lawrence Berkeley National Laboratory / McCall / Stephens / /
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Asia / North America / Europe / /
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United States / Singapore / / /
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University of Notre Dame / Institute of Physics / National Energy Research Supercomputer Center / Dartmouth College / /
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incorrect solutions / Potential candidate protocols / invalid solutions / low-energy electrons / Web Matters / Internet protocols / Internet infrastructure / transmission control protocol / web servers consisting / potential solution / Molecular applications / diffuse interstellar gas / polynomial-time algorithm / potential solutions / Internet communication / accuracy potential energy surface / correct solution / Internet communication protocols / cluster computing / parasitic computing / web servers / target web server / target server / communication infrastructure / hyper-text transmission protocol / possible solution / basic Internet protocols / parasitic computing raises / invalid solution / Internet computing / valid solution / 2n potential solutions / Internet protocol / candidate solution / intermediate routers / web server / computing / valid solutions / low-energy / candidate solutions / Direct high-energy / potential energy curves / /
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Cygnus / /
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National Science Foundation / Department of Earth Sciences / Department of Physics / Institute of Physics / Thayer School of Engineering / Dartmouth College / Department of Computer Science and Engineering / University of Notre Dame / /
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Carl E. Renshaw / Morgan Kaufmann / Jay B. Brockman / Vincent W. Freeh / /
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Teller / travelling salesman / /
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Indiana / California / Massachusetts / /
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hyper-text transmission protocol / HTTP protocol / Internet protocols / html / SSL / TCP/IP / uniform resource locator / encryption / basic Internet protocols / Internet protocol / polynomial-time algorithm / Spectroscopy / HTTP / Internet communication protocols / transmission control protocol / nature intermediate routers / recombination / Potential candidate protocols / web server / /
letters to nature than any previously discussed DR mechanism. Our cross-sections are in fair agreement with the range of FALP measurements but even our upper-bound cross-section remains ten times smaller than the storage