This paper presents a lattice algorithm for pricing both European- and American-style moving average barrier options (MABOs). We develop a finite-dimensional partial differential equation (PDE) model for discretely monitored MABOs and solve it numerically by using a forward shooting grid method. The modeling PDE for continuously monitored MABOs has infinite dimensions and cannot be solved directly by any existing numerical method. We find their approximate values indirectly by using an extrapolation technique with the prices of discretely monitored MABOs. Numerical experiments show that our algorithm is very efficient.Barrier option Moving average Lattice algorithm Forward shooting grid method Extrapolation
This paper aims to illustrate how SABO (Semi-Analytical method for Barrier Option pricing) is easily...
We consider the problem of pricing step double barrier options with binomial lattice methods. We int...
This paper examines the pricing of barrier options using Monte Carlo Simulations. MATLAB based softw...
3 This paper presents a lattice algorithm for pricing both European- and American-style moving avera...
This paper presents a lattice algorithm for pricing both European- and American-style moving average...
This paper presents a lattice algorithm for pricing both European- and American-style moving average...
10.1016/j.jedc.2009.10.008Journal of Economic Dynamics and Control343542-554JEDC
We propose an efficient lattice procedure which permits to obtain European and American option price...
This paper aims to illustrate how SABO (Semi-Analytical method for Barrier Option pricing) is easily...
This thesis develops an Adaptive Mesh Model for pricing discrete double barrier options. Adaptive Me...
We develop a highly accurate numerical method for pricing discrete double barrier options under the ...
We develop a highly accurate numerical method for pricing discrete double barrier options under the ...
International audienceWe consider the problem of pricing step double barrier options with binomial l...
We propose an efficient lattice method for valuation of options with barrier in a regime switching m...
International audienceWe consider the problem of pricing step double barrier options with binomial l...
This paper aims to illustrate how SABO (Semi-Analytical method for Barrier Option pricing) is easily...
We consider the problem of pricing step double barrier options with binomial lattice methods. We int...
This paper examines the pricing of barrier options using Monte Carlo Simulations. MATLAB based softw...
3 This paper presents a lattice algorithm for pricing both European- and American-style moving avera...
This paper presents a lattice algorithm for pricing both European- and American-style moving average...
This paper presents a lattice algorithm for pricing both European- and American-style moving average...
10.1016/j.jedc.2009.10.008Journal of Economic Dynamics and Control343542-554JEDC
We propose an efficient lattice procedure which permits to obtain European and American option price...
This paper aims to illustrate how SABO (Semi-Analytical method for Barrier Option pricing) is easily...
This thesis develops an Adaptive Mesh Model for pricing discrete double barrier options. Adaptive Me...
We develop a highly accurate numerical method for pricing discrete double barrier options under the ...
We develop a highly accurate numerical method for pricing discrete double barrier options under the ...
International audienceWe consider the problem of pricing step double barrier options with binomial l...
We propose an efficient lattice method for valuation of options with barrier in a regime switching m...
International audienceWe consider the problem of pricing step double barrier options with binomial l...
This paper aims to illustrate how SABO (Semi-Analytical method for Barrier Option pricing) is easily...
We consider the problem of pricing step double barrier options with binomial lattice methods. We int...
This paper examines the pricing of barrier options using Monte Carlo Simulations. MATLAB based softw...