Description
In this thesis, we provide a basis for discovering the local interactions within shortcut bridging - a collective behavior that connects two resources with a distance workforce trade-off. We utilize an evolutionary search framework, EvoSOPS, to discover stochastic algorithms for

In this thesis, we provide a basis for discovering the local interactions within shortcut bridging - a collective behavior that connects two resources with a distance workforce trade-off. We utilize an evolutionary search framework, EvoSOPS, to discover stochastic algorithms for shortcut bridging in self-organizing particle systems. The method described within this thesis is not fully successful in discovering qualitatively good bridges but provides an insight into what will.
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    Details

    Title
    • Bridge the Gap: Evolving Bridging Behaviors in Self-Organizing Particle Systems
    Contributors
    Date Created
    2024-05
    Resource Type
  • Text
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