Behavior of solutions of a discrete population model with mutualistic interaction

Sibi C. Babu, D. S. Dilip, Smitha Mary Mathew
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Abstract

We focus on the stability analysis of two types of discrete dynamic models: a discrete dynamic equation and a discrete dynamics system consisting of two equations with mutualistic interaction given by x n + 1 = a + b x n λ ( x n 1 + x n k ) c + x n 1 + x n k {x}_{n+1}=a+\frac{b{x}_{n}{\lambda }^{-\left({x}_{n-1}+{x}_{n-k})}}{c+{x}_{n-1}+{x}_{n-k}} and x n + 1 = a 1 + b 1 y n λ ( y n 1 + x n k ) c 1 + y n 1<
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具有相互影响的离散种群模型解的行为
我们将重点分析两类离散动力学模型的稳定性:离散动力学方程和由两个互为作用方程组成的离散动力学系统,这两个方程的给定公式分别为 x n + 1 = a + b x n λ - ( x n - 1 + x n - k ) c + x n - 1 + x n - k {x}_{n+1}=a+frac{b{x}_{n}{\lambda }^{-\left({x}_{n-1}+{x}_{n-k})}}{c+{x}_{n-1}+{x}_{n-k}} 和 x n + 1 = a 1 + b 1 y n
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来源期刊
Computational and Mathematical Biophysics
Computational and Mathematical Biophysics Mathematics-Mathematical Physics
CiteScore
2.50
自引率
0.00%
发文量
8
审稿时长
30 weeks
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