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Science / Evolution / Cybernetics / Evolutionary robotics / Artificial intelligence / Evolutionary computation / Josh Bongard / Evolutionary algorithm / Robot / Applied mathematics / Robotics / Theoretical computer science


A I REDU X Biologically Inspired
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Document Date: 2009-04-17 08:41:07


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Company

Autonomous Systems / MIT Press / Automated Reverse Engineering Nonlinear Dynamical Systems / Migros / /

Currency

USD / /

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Facility

University of Vermont / /

IndustryTerm

supermarket chain / random solutions / control algorithm / machine learning algorithms / bio-inspired computing / genetic networks / volutionary algorithms / satisfactory solution / Social-networking platforms / biological systems / Internet Encyclopedias Go / inspired computing / elegant algorithms / given solution / computing / evolutionary algorithms / rapid prototyping technologies / /

Organization

University of Vermont Evolutionary / University of Vermont / Virginia Tech / Department of Computer Science / MIT / National Academy of Sciences / IEEE Computer Society / /

Person

John von Neumann / Alan Turing / Josh Bongard / Rodney Brooks / J. Bongard / V / /

Position

Editor / central designer / assistant professor / controller / Internet Encyclopedias Go Head / /

ProvinceOrState

Vermont / /

Technology

Vermont Evolutionary algorithms / machine learning algorithms / three separate evolutionary algorithms / artificial intelligence / rapid prototyping technologies / one algorithm / control algorithm / machine learning / bio-inspired algorithms / /

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