MANAGING SPATIAL SELF-ORGANIZATION VIA COLLECTIVE BEHAVIORS
Résumé
Spatial self-organizations appear in many natural and articial systems. Spatial systems creation and devel- opment, called morphogenesis, is the subject of many research studies since many years (1). Fractal compu- tation approach is, for exemple, one of the methods proposed to deal with such studies. But, even if this method is able to describe unlimited local formations on multi-scale descriptions, the formation process itself is described in a global way. The goal of this paper is to introduce the distributed and decentralized com- puting as a general methodology to propose emergent spatial formation, able to deal with local perturbations and with non homegeneous formation rules. We propose a study case on Schelling Model dealing with interact- ing population over an environment based on a regular grid.
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