San Francisco / Seattle / Perth / Brighton / New York / Milano / Berlin / Atlanta / Portland / Cambridge / Granada / Lausanne / London / Edinburgh / /
Company
Addison-Wesley Publishing Company / MIT Press / Intelligent Robotic Systems / S9 / IEEE Press / /
Country
Switzerland / Germany / Italy / Australia / United Kingdom / Singapore / Spain / /
Currency
USD / / /
Facility
TABLE IV S ET OF TERMINAL / Stanford University / / /
IndustryTerm
control algorithms / car racing competition software / select genetic operator / race car drivers / robot server / gas/brake pedal / car steering gas pedal brake pedal / combat algorithms / car driving program / neural networks / gas pedal / torcs car racing challenge / simulated car racing game / evolutionary algorithm / open source race car simulation / Name gas pedal brake pedal steering / possible solutions / arguments product / car steering gas / virtual car / race car client / race car / control algorithm / car absolute value / car perpendicular / simulated car racing competition / car client / car controllers / neural network / car drifts / real car / car drivers / car steering gas pedal brake / car fuel / car racing controllers / open race car simulator / angle gas/brake pedal / human controlled radio car / /
Organization
Wilhelm Schickard Institut f¨ur Informatik / MIT / Computational Intelligence / Congress / Stanford University / Road/Steering Command / /
Person
Bernhard Wymann / R. Poli / Thorsten Tiede / Wilhelm Schickard / Morgan Kaufmann / P. J. Angeline / K. E. Kinnear / Jr. / Marc Ebner / I. van Hemert / William B. Langdon / Fig / Christophe Guionneau / Eric Espi / Eberhard Karls Universit / / /
Position
driver / evolved driver / human competitive player / game player / evolved race car driver / manually constructed controller / single controller / comparable controller / manually constructed driver / race car driver / manually crafted race car driver / player / artificial game player / T. D. / virtual driver / proportional controller / steering controller / hand-crafted gas/brake controller / optimized driver / car controller / neural network controller / controller / actual player / /
ProgrammingLanguage
Java / /
ProvinceOrState
Oregon / Washington / California / Georgia / Massachusetts / /
Evolving Driving Controllers using Genetic Programming Marc Ebner and Thorsten Tiede Abstract—Computational gaming requires the automatic generation of virtual opponents for different game levels. We have