Experiments Multiagent / Kyoto / End Multiagent / /
Company
Ecosystem Management / Virtual Training Systems / MIT Press / Developing Multiagent Systems / Multiagent Systems / Multi-Agent Systems / Organizing Multiagent Systems / Embodied Agents / Design Multi-Agent Systems / Princeton University Press / Complexity / Common-Pool Resources / Role Games / / /
Event
Business Partnership / /
Facility
Kyoto University / National Institute of Information / Kyoto station / /
IndustryTerm
machine learning technologies / conventional navigation systems / embedded systems / wireless connection / natural solutions / deductive machine learning technology / regular surveillance systems / input devices / software development / communication media / accessible interactive systems / inductive machine learning technologies / disaster evacuation systems / social systems / sensor devices / scenario processor / enough candidate protocols / latter covers protocols / electronic devices / software system design / ubiquitous/pervasive computing systems / ubiquitous/pervasive computing / deductive machine learning technologies / /
Organization
MIT / National Institute of Information and Communications Technology / Department of Social Informatics / Princeton University / Osaka University / Department of Adaptive Machine Systems / Kyoto University / /
Person
Edward Elgar / J. Vázquez-Salceda / V / Toru Ishida / Hideyuki Nakanishi / /
Position
evacuation leader / /
PublishedMedium
Communications of the ACM / Journal of Applied Psychology / /
Augmented Experiment: Participatory Design with Multiagent Simulation