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Coordinate systems / Rotation / Physics / Classical mechanics / Centripetal force / Science / Polar coordinate system / Dimensional analysis / Measurement / Statistical theory


Automated Global-to-Local Programming in 1-D Spatial Multi-Agent Systems Daniel Yamins and Radhika Nagpal
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Document Date: 2008-08-12 16:33:02


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City

Estoril / /

Company

U. Illinois Press / RADIUS-STATE TRADE / Multiagent Systems / One-Dimensional Multi-Agent Systems / Robust Solutions / /

Country

Portugal / /

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IndustryTerm

spatial search / storage devices / maximum possible communications radius / distributed multi-agent systems / sensor networks / wave-computing / communications failures / spatial computing / Amorphous computing / optimized linear time algorithm / local rule solutions / radius/state tradeoff algorithms / real biological systems / local rule solution / spatial multi-agent systems / resource tradeoff algorithms / higher-dimensional distributed signaling systems / /

Organization

MIT / International Foundation for Autonomous Agents / Harvard University School of Engineering and Applied Sciences Cambridge / /

Person

Radhika Nagpal / G. Werner Allen / Daniel Yamins / Tq / /

/

Position

representative / General / model / but achieves more comprehensive results / left end / /

Product

Polaroid t1234 Digital Camera / /

PublishedMedium

Scientific American / Communications of the ACM / /

Technology

radius/state tradeoff algorithms / resource tradeoff algorithms / optimized linear time algorithm / gene expression / two algorithms / /

URL

www.people.fas / www.ifaamas.org / /

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