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Numerical method for discrete double barrier option pricing with time-dependent parameters

机译:具有时间相关参数的离散双障碍期权定价的数值方法

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In this paper, the main purpose is pricing of discrete double barrier option under Black-Scholes framework with time dependent parameters. By some conventional transforms, in each monitoring interval, the problem is reduced to well-known Black-Scholes partial differential equations with convenient constant coefficient such that the solution can be expressed recursively upon the heat equation solution. Finally a numerical method is proposed to compute the obtained recursive formula efficiently. Also, the Greeks of contract are calculated. (C) 2015 Elsevier Ltd. All rights reserved.
机译:本文的主要目的是在Black-Scholes框架下基于时间的参数定价离散双障碍期权。通过一些常规变换,在每个监视间隔中,问题都可以简化为具有方便常数系数的著名Black-Scholes偏微分方程,从而可以根据热方程解递归地表示该解。最后提出了一种数值方法来有效地计算所获得的递归公式。此外,还计算了合同希腊人。 (C)2015 Elsevier Ltd.保留所有权利。

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