Original Epidemic Modeling for Plant Disease under Combined Effects of Wetness Duration and Temperature

Adil Soufi, M. A. Rami, M. Jarroudi
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Abstract

ABSTRACT This paper is concerned with the modeling and the fitting of an original epidemic model for plants disease. This model has the shape of a bump function which reflects the effect of the temperature and the wetness duration. Moreover, we provide a procedure that involves bounds constraints to fit the introduced model. In addition, our modelling accuracy and efficiency are evaluated for some reported studies in the literature. The simulation results are provided for the validation and in order to show the effectiveness of the proposed epidemic models for diverse plant infections reported in the literature.
湿度持续时间和温度联合作用下植物病害的原始流行模型
本文研究了植物病害流行模型的建模与拟合。该模型具有凹凸函数的形状,反映了温度和潮湿持续时间的影响。此外,我们提供了一个涉及边界约束的过程来拟合所引入的模型。此外,我们的建模精度和效率评估了一些文献报道的研究。仿真结果的提供是为了验证和为了显示所提出的流行病模型的有效性,在不同的植物感染的文献报道。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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