Generalized Models from Beta(p, 2) Densities with Strong Allee Effect: Dynamical Approach
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| Title | Generalized Models from Beta(p, 2) Densities with Strong Allee Effect: Dynamical Approach |
| Authors | |
| Abstract | A dynamical approach to study the behaviour of generalized populational growth models from Beta(p, 2) densities, with strong Allee effect, is presented. The dynamical analysis of the respective unimodal maps is performed using symbolic dynamics techniques. The complexity of the correspondent discrete dynamical systems is measured in terms of topological entropy. Different populational dynamics regimes are obtained when the intrinsic growth rates are modified: extinction, bistability, chaotic semistability and essential extinction. |
| Publisher | University of Zagreb, University Computing Centre - SRCE |
| Date | 2012-10-17 |
| Source | Journal of Computing and Information Technology Vol 20, No 3 (2012): Special Issue: Selected Papers from ITI 2012 Conference |
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