A study on analytical solutions for stochastic differential equations via martingale processes

Syed Tahir Hussainy, P. K.
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Abstract

In this paper, we propose some analytical solutions of stochastic differential equations related to Martingale processes. In the first resolution, the answers of some stochastic differential equations are connected to other stochastic equations just with diffusion part (or drift free). The second suitable method is to convert stochastic differential equations into ordinary ones that it is tried to omit diffusion part of stochastic equation by applying Martingale processes. Finally, solution focuses on change of variable method that can be utilized about stochastic differential equations which are as function of Martingale processes like Wiener process, exponential Martingale process and differentiable processes.
基于鞅过程的随机微分方程解析解研究
本文给出了一些与鞅过程有关的随机微分方程的解析解。在第一种解中,一些随机微分方程的解只与其他随机方程的扩散部分(或无漂移)相连接。第二种合适的方法是将随机微分方程转化为普通微分方程,利用鞅过程试图忽略随机方程的扩散部分。最后,重点研究了变变量法,该方法可用于随机微分方程作为鞅过程的函数,如Wiener过程、指数鞅过程和可微过程。
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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