algorithmic modeling for Rhino
Swarm Intelligence XV: Stimergic Pheromone Paths
Using boids to track pheromone paths. 2 500 boids travel on dynamic vector fields. There is no interaction between boids, but every agent leaves a trail, changing parameters of the vector on the field. In every iteration vector field is read by boids and use as an emerging pattern of movement. Stimergic patterns occur as a result.
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Comment by MichaelD0112 on October 25, 2024 at 4:48am
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Stimergic pheromone paths are complex trails left by certain insects, like ants, to communicate and direct others toward resources. These paths are created as insects deposit pheromones, which then guide their peers to the same location, creating an efficient resource-sharing network. This natural phenomenon is vital in helping insects collaborate and survive. In other settings, this concept inspires artificial intelligence algorithms, influencing robotics and systems that rely on decentralized problem-solving, similar to how a diving liveaboard organizes dive activities seamlessly.
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