Vienna University of Technology Wiedner Hauptstrasse / Vienna University of Technology ARGESIM Report / K. Crailsheim Karl-Franzens University / Karl-Franzens University / / /
IndustryTerm
swarm systems / natural algorithms / natural swarm systems / neural network / less processing power / bio-inspired control algorithms / swarm robotic algorithm / robot systems / energy aggregate / feedback networks / energy / /
Organization
Vienna Univ. of Technology Wiedner Hauptstrasse / German Simulation Society / Vienna University of Technology Wiedner Hauptstrasse / Austrian Science Fund / Department of Zoology / European Union / Div. / Artificial Life Lab / Vienna University of Technology ARGESIM Report / K. Crailsheim Karl-Franzens University / /
Person
M. Szopek / Felix Breitenecker Div / Jasmine III / Felix Breitenecker / / /
Position
Life Sciences Series Editor / controller / BEECLUST controller / Corresponding Author / /
ProgrammingLanguage
NetLogo / /
Technology
3 ROBUSTNESS OF TWO INTERACTING ROBOT SWARMS USING THE BEECLUST ALGORITHM / neural network / swarm robotic algorithm / Finite state machine / Simulation / honeybee-inspired BEECLUST algorithm / BEECLUST algorithm / bio-inspired control algorithms / Bio-inspired algorithms / /
PROCEEDINGS Full Papers CD Volume I.Troch, F.Breitenecker, Eds. th