A Novel Simplified Methodology for Solving the Stochastic Fractional Differential Equation

R. Banchuin
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Abstract

The stochastic fractional differential equation (SFDE) has been often cited in various disciplines e.g. turbulence, heterogeneous flows and materials etc. [1]. Unfortunately, solving the SFDE can be a rather complicated task. Therefore, a novel methodology for solving the SFDE has been proposed in this work. The proposed methodology is to firstly convert the SFDE to its equivalent vector stochastic differential equation (SDE) and solving the obtained equivalent SDE in a usual manner. Comparing to the previous ones [1-3], our methodology has been found to be much simpler. Moreover, it is also applicable to the SFDE of both linear and nonlinear type.
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求解随机分数阶微分方程的一种新的简化方法
随机分数微分方程(SFDE)在湍流、非均匀流和材料等学科中经常被引用[1]。不幸的是,解决SFDE可能是一项相当复杂的任务。因此,本文提出了一种解决SFDE的新方法。所提出的方法是首先将SFDE转换为其等价向量随机微分方程(SDE),并以通常的方式求解所获得的等价SDE。与之前的[1-3]相比,我们的方法要简单得多。此外,它也适用于线性和非线性类型的SFDE。
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