There are two types of Asian options, fixed-strike and floating-strike, in the literature. We give lower bounds on the values of both fixed-strike and floating-strike Asian options in continuous case. Good lower bounds for both options have been derived earlier by Rogers & Shi (1995) and Thompson (1998). But the lower bound derived by them assumes a maturity of one year. This thesis extends Thompson’s version of the lower bound to the case of general maturities. Numerical experiments are performed to confirm the extreme accuracy of the lower bound.Table of Contents 1 Introduction 1 1.1 Background 1 1.2 Structures of the Thesis 3 2 Mathematical Preliminaries 4 2.1 Correlation Matrices 4 2.2 Basic Statistical Properties 6 3 Lower Bounds 8 3....
Asian option pricing is difficult because the underlying average does not have a well known distribu...
Inspired by the ideas of Rogers and Shi (1995), Chalasani, Jha & Varikooty (1998) derived accur...
Inspired by the ideas of Rogers and Shi [J. Appl. Prob. 32 (1995) 1077], Chalasani et al. [J. Comput...
There are two types of Asian options, fixed-strike & floating-strike, in the literature. We give low...
This paper studies symmetries between fixed and floating-strike Asian options and exploits this symm...
This paper studies symmetries between fixed and floating-strike Asian options and exploits this symm...
Bounds for the price of discretely sampled arithmetic Asian options In this paper the pricing of dis...
In the context of dealing with financial risk management problems, it is desirable to have accurate ...
This paper studies symmetries between fixed and floating-strike Asian options and exploits this sym...
Bounds for the price of discrete arithmetic Asian options In this paper the pricing of European-styl...
In the binomial tree model, we provide efficient algorithms for computing an accurate lower bound fo...
In the context of dealing with financial risk management problems it is desirable to have accurate b...
AbstractIn this paper the pricing of European-style discrete arithmetic Asian options with fixed and...
We propose an accurate method for pricing arithmetic Asian options on the discrete or continuous ave...
We derive a new formula for Asian options with floating strike, which proves more accurate for both ...
Asian option pricing is difficult because the underlying average does not have a well known distribu...
Inspired by the ideas of Rogers and Shi (1995), Chalasani, Jha & Varikooty (1998) derived accur...
Inspired by the ideas of Rogers and Shi [J. Appl. Prob. 32 (1995) 1077], Chalasani et al. [J. Comput...
There are two types of Asian options, fixed-strike & floating-strike, in the literature. We give low...
This paper studies symmetries between fixed and floating-strike Asian options and exploits this symm...
This paper studies symmetries between fixed and floating-strike Asian options and exploits this symm...
Bounds for the price of discretely sampled arithmetic Asian options In this paper the pricing of dis...
In the context of dealing with financial risk management problems, it is desirable to have accurate ...
This paper studies symmetries between fixed and floating-strike Asian options and exploits this sym...
Bounds for the price of discrete arithmetic Asian options In this paper the pricing of European-styl...
In the binomial tree model, we provide efficient algorithms for computing an accurate lower bound fo...
In the context of dealing with financial risk management problems it is desirable to have accurate b...
AbstractIn this paper the pricing of European-style discrete arithmetic Asian options with fixed and...
We propose an accurate method for pricing arithmetic Asian options on the discrete or continuous ave...
We derive a new formula for Asian options with floating strike, which proves more accurate for both ...
Asian option pricing is difficult because the underlying average does not have a well known distribu...
Inspired by the ideas of Rogers and Shi (1995), Chalasani, Jha & Varikooty (1998) derived accur...
Inspired by the ideas of Rogers and Shi [J. Appl. Prob. 32 (1995) 1077], Chalasani et al. [J. Comput...