与农业病虫害防治相关的含农药的不精确生态流行病模型

Anjana P. Das, M. Pal
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引用次数: 1

摘要

本文提出并分析了一种农业害虫防治系统。为此,提出了一个生态流行病学类型的捕食者-猎物模型,该模型考虑了健全的捕食者种群和两类害虫种群,即易感害虫和感染害虫。为了进一步考虑不确定性,我们对模型进行了修正,将其转化为包含不精确参数的模糊系统。通过检验所有可行平衡点的存在性和稳定性准则,研究了该模型的动力学行为。以农药控制为控制参数,形成了一个最优控制问题,并结合计算机仿真工作,从理论上和数值上对该问题进行了求解。
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An Imprecise Eco-Epidemic Model with Pesticide in Relevance to Agricultural Pest Control
In this paper, we have proposed and analyzed an agricultural pest control system. For this purpose, an eco-epidemiological type predator–prey model has been proposed with the consideration of a sound predator population and two classes of pest populations namely susceptible pest and infected pest. Further to consider uncertainty, we modify our model and transform it into a fuzzy system with incorporation of imprecise parameters. The dynamical behavior of the proposed model has been investigated by examining the existence and stability criteria of all feasible equilibria. An optimal control problem is formed by considering the pesticide control as the control parameter and then the problem is solved both theoretically and numerically with the help of some computer simulation works.
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