Solving fractional Hantavirus model: A new approach
B2 arXiv preprint server (q-bio) · 2023-02-06 · United States
A three equation differential biodiversity model depicting spread and propagation of Hantavirus epidemic amongst rodent species under the influence of alien competing mouse species was introduced by Peixoto and Abramson in 2006. We analyze the Caputo time-fractional version of the Biodiversity model along with added optimal control parameters as done by Yusof, Abdullah et al. A new algorithm is proposed to solve fractional differential equations which is derived from the implementation of Daftardar-Jafari Method(DJM) and implicit $θ$-method with $θ=1$. This newly proposed algorithm is then used to integrate the Optimal controlled Caputo time-fractional version of Biodiversity Hantavirus model (OC-CTFBH model). The obtained solutions are plotted and analyzed further for the effects of parameter variations.
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HORIZON metadata
| Source | arXiv preprint server (q-bio) (arxiv) |
|---|---|
| NATO rating | B2 — see methodology |
| Country | United States |
| Reported date | 2023-02-06 |
| Ingested at | 2026-05-12 00:55 UTC |