Las Vegas / Cambridge / Minneapolis / Bologna / London / A. Behavior / /
Company
MultiRobot Systems / Autonomous Systems / MIT Press / Multi-Agent Systems / Sony / ACM Press / A. Behavior-Based / /
Country
Netherlands / Italy / / /
Facility
Maja J Matari´c Computer Science Department University of Southern California / /
IndustryTerm
distributed behavior-based algorithms / control solutions / minimalist solution / threshold-based distributed allocation algorithms / fidelity simulation tool / multi-robot systems / robot device server / food / energy / minimalist multi-robot systems / /
Organization
Defense Advanced Research Projects Agency / National Science Foundation / University of Southern California / MIT / Adaptive Division of Labor / Institute for Robotics / Univ. of Southern California / Proceedings Royal Society / /
Person
Dani Goldberg / Maja J. Matari / All / Maja J Matari / Kristina Lerman / Aram Galstyan / Artifical Life IV / Robot Teams / Lynne E. Parker / / /
Position
Player control programs / Player / controller / /
ProvinceOrState
RobotGreen / Minnesota / RobotRed / Nevada / Southern California / Hawaii / Massachusetts / /
Adaptive Division of Labor in Large-Scale Minimalist Multi-Robot Systems Chris Jones and Maja J Matari´c Computer Science Department University of Southern California 941 West 37th Place, Mailcode 0781