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Ingeniería

versão impressa ISSN 0121-750X
versão On-line ISSN 2344-8393

Resumo

RODRIGUEZ RODRIGUEZ, Cristian David  e  MELGAREJO REY, Miguel Alberto. AFPGA architecture for foraging behavior in simulation and colonies. ing. [online]. 2015, vol.20, n.2, pp.255-270. ISSN 0121-750X.

This paper presents some results regarding the desing and implementation of an architecture that supports an experimental platform for simulating the foraging process of ant colonies. Both the Ant-System and the Ant-Cycle algorithms model the behavior of ants. The platform allows to change parameters like the quantity and speed of ants, the amount and location of food and the ratio and difussion frequency of ant pheromone. These parameters are visualized through a VGA interface. The hardware implementation is carried outover FPGA Xilinx © technology. Theory behind this design considers that complex behaviors can emerge from systems with simple structure. This work confronts the question about global complexity emerging from a system whose structural complexity is minimal or inexistent.

Palavras-chave : ants; biological systems; colony; FPGA; processor.

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