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The optimal control applied to diffusion-reaction models

机译:应用于扩散反应模型的最优控制

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In Ecology the Diffusion-Reaction models are widely used. The term Reaction is applied in process of growth or interaction among species in absence of dispersion, and the Diffusion describe the movement of individuals. In this work, it is modelled how an inhibitor that is deposited in the surface of rat cortex spreads to avoid the massive destruction of neurones, when, for example a brain-vascular accident occurs. The solution of the resultant non-linear diffusion-reaction equation is obtained by means of the Adomian's method. The parameters of the equation of the model are identified by using a new method that uses α-dense curves. Finally, the problem of optimal control related to this model of diffusion is considered.
机译:在生态学中,扩散反应模型被广泛使用。在没有分散的情况下,术语“反应”用于物种之间的生长或相互作用过程,而扩散则描述个体的运动。在这项工作中,对例如在发生脑血管意外时沉积在大鼠皮层表面的抑制剂如何扩散以避免神经元的大规模破坏进行了建模。所得的非线性扩散反应方程的解是通过Adomian方法获得的。通过使用α密集曲线的新方法来识别模型方程的参数。最后,考虑了与该扩散模型有关的最优控制问题。

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