Emergence of static and dynamic patterns on two-color slope system
Authored by Jae Kyun Shin
Date Published: 2007-09
DOI: 10.1142/s0218348x07003575
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Abstract
Group behavior emergent from the systems composed of two types of agents are investigated. The agents are defined on a two-dimensional grid system and move under the influence of the attractive and/or repulsive interactions. Depending on the intensity and the sense of the interactions, a wide variety of spatiotemporal patterns emerge on the system. Those patterns are discussed in terms of the well-known phenomena in real systems such as the residential segregation in cities, cell sorting in multicellular system, self-running droplet, group behavior of a fish school under the attack of a predator and the fission in a cell division process.
Tags
Agent-based modeling
emergence
group Behavior
Spatiotemporal patterns
grid-based system