Adapting the Bak-Sneppen Model to a Dynamic and Partially Connected Grid of Hierarchical Species
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This paper explores a modified version of the Bak-Sneppen model where species interact on a dynamic and partially connected 2D grid following specific rules. The study analyzes fitness metrics over time, comparing the proposed model's behavior to standard versions and examining various fitness conditions. The results provide insights into species dynamics and their adaptive processes within hierarchical environments.
Adapting the Bak-Sneppen Model to a Dynamic and Partially Connected Grid of Hierarchical Species
- 1. Adapting the Bak-Sneppen Model to a Dynamic and Partially Connected Grid of Hierarchical Species C.M. Fernandes (Technical Univ. of Lisbon), J.L.J. Laredo, J.J. Merelo, C. Cotta, A.C.Rosa This paper investigates the behaviour of a variant of the Bak-Sneppen model in which the species move on 2D habitat according to a simple set of rules. 0 0.2 0.4 0.6 0.8 1 fitness time-steps, t G(s) average min 0 0.2 0.4 0.6 0.8 1 fitness time-steps, t G(s) average min Proposed 2D Bak- Sneppen Model Standard 2D Bak-Sneppen model Standard 2D Bak-Sneppen model Standard 1D Bak-Sneppen model Spectral density of the distance between neighbours Gap functions and average and minimum fitness Periods of statis vs frequency (log-log) Model without mutations