Unfolding the dynamics of creativity, novelties and innovation
From self-organized animal groups to distributed artificial swarms
National Coordinator: Irene Giardina
Funding Body: Italian Institute of Technology - Seed Project 2009
Starting Date: 1/6/2010
Ending Date: 30/5/2013
Three-dimensional animal aggregations, as bird flocks, fish schools and insect swarms, provide wonderful examples of emergent self-organization. The major issue, both for theoretical studies and for technological applications, is to understand how self-organization emerges within a system with distributed intelligence.In biological groups individual strategies are selected by evolution to achieve functioning and overall efficiency at collective level. Thus, empirically based information on these strategies would not only lead to more appropriate models, but also help to design optimal control strategies in artificial systems.
The aim of the Art-swarm project is to exploit our knowledge of self-organized collective behaviour in animal groups (see project SWARM) to develop new empirically-based schemes of distributed coordination. Target applications will be cooperative mobile robotics for environmental monitoring, and nanorobotics for medical applications.