We propose an approach to open-ended evolution via the simulation of swarm dynamics. In
nature, swarms possess remarkable properties, which allow many organisms, from …

Flocking behavior in swarms is phenomenal. Many small entities are interacting to form a
large shape and to protect themselves from bigger entities. An examples are fish, they …

Abstract In Evolutionary Biology and Game Theory, there is a long history of models aimed
at predicting strategies adopted by agents during resource foraging. In Artificial Life, the …

We extend an abstract agent-based swarming model based on the evolution of neural
network controllers, to explore further the emergence of swarming. Our model is grounded in …

From biological cells to bee swarms and bird flocks, nature shows countless examples of
self-organized groups displaying a collective mind. In such species, individuals interacting …

From colonies of bacteria to swarms of bees and flocks of birds, countless organisms exhibit
a swarming behavior based on local, individual decision making. In such species, the …

From biological cells to bee swarms and bird flocks, nature shows countless examples of
self-organized groups displaying a collective mind. In such species, individuals interacting …