ABSTRACT: Solving the Black-Scholes PDE of the arithmetic Asian options is one of the most difficult problems in financial mathematics. A variety of ways ways have been proposed to address the problem. In this study, we use the PDE approach by presenting an efficient method for pricing a continuous arithmetic Asian option. Using the Laplace transform we reduce the three-dimension partial differential equation of the arithmetic Asian option into a two-dimension ordinary differential equation. Its final analytical solution is presented. We conclude that this method is applicable to all types of arithmetic Asian options
This article explores the price of continuously sampled Asian options. For geometric Asian options, ...
An Asian option is a financial contract with payoff depending on the average of an asset price over ...
An Asian option is a financial contract with payoff depending on the average of an asset price over ...
In this article, we present a simplified means of pricing Asian options using partial differential e...
Abstract The analytical solution of the Black-Scholes PDE for Asian options is not known as an expli...
In this article, we present a simplified means of pricing Asian options using partial differential...
In this article, we present a simplified means of pricing Asian options using partial differential...
Arithmetic Asian options are difficult to price and hedge, since at present, there is no closed-for...
In this paper, we investigate two numerical methods for pricing Asian options: Laplace transform in...
We consider the Partial Differential Equation describing the price of an Asian Options in the Black ...
We consider the Partial Differential Equation describing the price of an Asian Options in the Black ...
In financial mathematics, the procedure for finding the solutions of the Black-Scholes model define...
Abstract: This paper presents the Mellin transform method as an alternative analytic solution for th...
We obtain a closed-form solution for the double-Laplace transform of Asian options under the hyper-e...
AbstractIn this work we analyze the value of an Asian arithmetic option with an approach different f...
This article explores the price of continuously sampled Asian options. For geometric Asian options, ...
An Asian option is a financial contract with payoff depending on the average of an asset price over ...
An Asian option is a financial contract with payoff depending on the average of an asset price over ...
In this article, we present a simplified means of pricing Asian options using partial differential e...
Abstract The analytical solution of the Black-Scholes PDE for Asian options is not known as an expli...
In this article, we present a simplified means of pricing Asian options using partial differential...
In this article, we present a simplified means of pricing Asian options using partial differential...
Arithmetic Asian options are difficult to price and hedge, since at present, there is no closed-for...
In this paper, we investigate two numerical methods for pricing Asian options: Laplace transform in...
We consider the Partial Differential Equation describing the price of an Asian Options in the Black ...
We consider the Partial Differential Equation describing the price of an Asian Options in the Black ...
In financial mathematics, the procedure for finding the solutions of the Black-Scholes model define...
Abstract: This paper presents the Mellin transform method as an alternative analytic solution for th...
We obtain a closed-form solution for the double-Laplace transform of Asian options under the hyper-e...
AbstractIn this work we analyze the value of an Asian arithmetic option with an approach different f...
This article explores the price of continuously sampled Asian options. For geometric Asian options, ...
An Asian option is a financial contract with payoff depending on the average of an asset price over ...
An Asian option is a financial contract with payoff depending on the average of an asset price over ...