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Software / Cybernetics / Gaming / Programming games / Science / TORCS / VDrift / Speed Dreams / Neuroevolution / Linux games / Open source video games / Application software


Document Date: 2011-09-29 22:50:15

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City

Orlando / Urbana / New York / Cambridge / /

Company

Neural Information Processing Systems / MIT Press / Multiagent Systems / ACM Press / Microsoft / Illinois Genetic Algorithm Laboratory / /

Country

Italy / United States / /

Currency

USD / /

/

Facility

Pier Luca Lanzi / University of Illinois / Illinois Genetic Algorithm Laboratory / Pier Luca Lanzi Abstract / /

IndustryTerm

car axis / simulated car racing championship / line using genetic algorithms / open racing car simulator / java-based 2D car racing game / policy search reinforcement learning / gas pedal / torcs car racing challenge / evolutionary algorithm / car dynamics / simulated car racing / car models / stateof-the-art open source car racing simulator / open-source car racing / on-line evolution / car racing skills / car controllers / genetic algorithm / car setup / 3D car racing simulator / genetic algorithms / open-source car racing game / evolutionary search starts / rally car / connected network / open racing car simulator using online neuroevolution / /

MarketIndex

set 1000 / /

OperatingSystem

Inferno / /

Organization

MIT / Politecnico di Milano / Milano / TORCS The Open Racing Car Simulator / Computational Intelligence / Congress / University of Illinois / /

Person

Andrew Sumner / Virginia Dignum / Michael Genesereth / Alessandro Prete / Antonio Caiazzo / Peter J. Bentley / Nathaniel Love / Richard S. Sutton / Xavier Bertaux / Robert E. Smith / Alessandro Pietro Bardelli / Agoston E. Eiben / Wolf-Dieter Beelitz / M.V. Butz / Luigi Cardamone / Krzysztof Wloch / Enrique Onieva / Munindar P. Singh / Matthew E. Taylor / Enrico Mattea / Luca Lanzi / Jean-Philippe Meuret / Michael Wooldridge / Morgan Kaufmann / Alessandro Lazaric / Julian Togelius / Simon M. Lucas / J. Alonso / V / Andrew G. Barto / Peter Stone / Daniele Loiacono / Araceli Sanchis / Max H. Garzon / Sven Koenig / Jorge Munoz / Sarit Kraus / Martin V. Butz / Vasant Honavar / Yaxin Liu / Sebastian Thrun / Jason Daida / Joe Venzon / Thies D. Lonneker / Shimon Whiteson / Eckhard M. Jaeger / Mark Jakiela / Kenneth O. Stanley / Brian Gavin / Risto Miikkulainen / Jeff Hannan / /

Position

driver / Controller for torcs created by imitation / existing Driver / General / player / fast and aggressive driver / model for the damage suffered by the cars / good driver / neural controller / competitive driver / driver Champion2009 / safe and slow driver / controller / car racing controller / T.D. / /

Product

Ferrari 360 Modena / /

ProgrammingLanguage

C++ / /

ProvinceOrState

Illinois / New York / Massachusetts / /

PublishedMedium

Journal of Machine Learning Research / /

SportsEvent

world championship / Formula One / /

Technology

racing line using genetic algorithms / RAM / evolutionary algorithm / genetic algorithm / Machine Learning / neural network / artificial intelligence / java / fuzzy logic / http / simulation / recombination / evaluated using a simulation / /

URL

http /

SocialTag