Thomas Schmickl2 Institute of Parallel / University of Stuttgart / ADC port / Institute of Parallel / University of Graz / / /
IndustryTerm
inspired algorithms / on-board energy / low energy / collective solution / cuticula-bound chemical substances / natural solutions / parallel solutions / internal energy / uphill-steering algorithm / Biological solutions / chemical substances / gradient-search strategy / suggested bio-inspired algorithm / collective systems / artificial micro-robotic systems / stable final solution / possible simple alternative algorithms / optimum solution / behavioral algorithm / inspired aggregation algorithm / collective robotic systems / food / energy / /
Organization
University of Stuttgart / Thomas Schmickl2 Institute of Parallel and Distributed Systems / Institute of Parallel and Distributed Systems / Department of Zoology / University of Graz / International Society for Adaptive Behavior / /
Re-embodiment of Honeybee Aggregation Behavior in an Artificial Micro-Robotic System Serge Kernbach1, Ronald Thenius2, Olga Kernbach1, Thomas Schmickl2 Institute of Parallel and Distributed Systems, University of Stuttga