Artificial Life Laboratory, Graz, AustriaArtificial Life Laboratory, Graz, Austria

  • ASSISI|bf
  • CoCoRo
  • I-SWARM
  • REBODIMENT
  • REPLICATOR
  • SYMBRION
  • Honeybee aggregation

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  • About Us
  • Open Positions
  • Fields of Research
    • Bienensimulationen - bee simulations
    • Roboterschwärme - robot swarms
    • Virtuelle Gehirne - virtual brains
    • Antbots
    • Thermobots
    • Hormone controller
  • Contact
  • Student Work & Theses
    • Alexander Luger
    • Gerald Radspieler
    • J. Roberz & R. Mayet
    • Klio Czirny
    • Markus Dauschan
    • Martina Szopek
    • Michael Bodi
    • Sibylle Hahshold
    • Thomas Kunzfeld
  • Publications (incomplete)
  • Software

Team

  • Karl Crailsheim
  • Thomas Schmickl
  • Ronald Thenius
  • Payam Zahadat
  • Sibylle Hahshold
  • Christoph Möslinger
  • Daniela Kengyel
  • Gerald Radspieler
  • Martina Szopek
  • Michael Bodi
  • Markus Dauschan
  • Guest Researchers
    • Toshifumi Kimura
  • Former Staff
    • Jürgen Stradner
    • Heiko Hamann
    • Ralf Mayet

Projects

  • ASSISI|bf
  • CoCoRo
  • I-SWARM
  • REBODIMENT
  • REPLICATOR
  • SYMBRION
  • Honeybee aggregation
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Student Work and Theses

Markus Dauschan : Bachelor Thesis: Development of input/output Routines for a simulation Environment in virtual Embryology
Klio Czirny : Bachelor Thesis: Homeostatic regulation of behavior in a robot swarm
Martina Szopek : Master Thesis: Collective decision making of young honeybees in complex temperature gradients
Alexander Luger : Bachelor Thesis: Coordination of worker groups into robotic foraging behavior
Gerald Radspieler : Master Thesis: Individual behaviour of young honeybees in a thermal gradient
Sibylle Hahshold : PhD Theses: Aggregation behaviour of honeybees in atemperature gradient
Ralf Mayet, Jonathan Roberz : Internship: Antbots - Work towards a feasible visual emulation of pheromone trails for swarm robots
Michael Bodi : Master Thesis: Bio-inspired aggregation and decision-making systems
Thomas Kunzfeld : Internship: Adapting the BEECLUST algorithm to the ePuck robot and developing a color-sensing extension