Stochastic Covariance and Dimension Reduction in the Pricing of Basket Options
Document type:
Zeitschriftenaufsatz
Author(s):
Escobar, M.; Krause, D.; Zagst, R.
Non-TUM Co-author(s):
ja
Cooperation:
international
Abstract:
This paper presents a tailor-made method for dimension reduction aimed at approximating the price of basket options in the context of stochastic volatility and stochastic correlation. The methodology is built on a modification to the Principal Component Stochastic Volatility (PCSV) model, a stochastic covariance model that accounts for most stylized facts in prices. The method to reduce dimension is first derived theoretically. Afterwards the results are applied to a multivariate lognormal context as a special case of the PCSV model. Finally empirical results for the application of the method to the general PCSV model are illustrated.
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This paper presents a tailor-made method for dimension reduction aimed at approximating the price of basket options in the context of stochastic volatility and stochastic correlation. The methodology is built on a modification to the Principal Component Stochastic Volatility (PCSV) model, a stochastic covariance model that accounts for most stylized facts in prices. The method to reduce dimension is first derived theoretically. Afterwards the results are applied to a multivariate lognormal conte...
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Keywords:
Principal Components, Basket Options, Stochastic Covariance