Karl Crailsheim Springer Science+Business Media LLC / /
Country
Germany / Austria / / /
Facility
C. Moeslinger University of Applied Sciences St. Poelten / University Karlsruhe / University of Stuttgart / Germany M. Szymanski Institute / University Graz / Austria S. Kernbach Institute of Parallel / /
IndustryTerm
short-range chemical communication / control algorithm / swarm systems / swarm robotic systems / generalized algorithms / swarm robotic algorithm / swarm-intelligent systems / near-optimal solutions / proposed control algorithm / identical software controllers / swarm algorithm / low-complexity algorithm / robot control algorithm / biological systems / real physical hardware / stable solution / chemical communication / manufacturing / robot swarm algorithm / deduced control algorithm / controller software / bio-inspired algorithm / swarm robotic control algorithm / bio-inspired swarm algorithms / spin-off product / found solutions / well-optimized swarm systems / /
Organization
Germany M. Szymanski Institute for Process Control / University of Stuttgart / Stuttgart / Austria S. Kernbach Institute of Parallel and Distributed Systems / C. Moeslinger University of Applied Sciences St. Poelten / /
Person
Gerald Radspieler / Christoph Moeslinger / Ronald Thenius / Thomas Schmickl / Marc Szymanski / Serge Kernbach / /
Position
General / controller / /
Technology
proposed control algorithm / robot control algorithm / bio-inspired algorithm / swarm robotic algorithm / deduced control algorithm / control algorithm / swarm robotic control algorithm / board design / One low-complexity algorithm / simulation / bio-inspired swarm algorithms / Process Control / swarm algorithm / robot swarm algorithm / pheromones / bio-inspired algorithms / /
Auton Agent Multi-Agent Syst DOIs10458Get in touch: cooperative decision making based on robot-to-robot collisions Thomas Schmickl · Ronald Thenius ·