Finding the derivative price using the Vasicek model with multidimensional stochastic volatility

Methods of calculating the approximate price of options using instruments of spectral analysis, singular and regular wave theory in the context of influence of fast and slow acting factors are developed. By combining methods from the spectral theory of singular and regular disturbances, one can appr...

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Main Authors: Ivan Burtnyak, Anna Malytska
Format: Article
Language:English
Published: LLC "CPC "Business Perspectives" 2020-01-01
Series:Управління розвитком
Subjects:
Online Access:https://businessperspectives.org/images/pdf/applications/publishing/templates/article/assets/13036/DM_2019_04_Burtnyak.pdf
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spelling doaj-c4d7fc0e04c54375abece117256bc5e22020-11-25T03:31:49ZengLLC "CPC "Business Perspectives"Управління розвитком2413-96102663-23652020-01-01174193010.21511/dm.17(4).2019.0213036Finding the derivative price using the Vasicek model with multidimensional stochastic volatilityIvan Burtnyak0Anna Malytska1Doctor of Economics, Professor, Department of Economic Cybernetics, Vasyl Stefanyk Precarpathian National UniversityPh.D. (Physics and Mathematics), Associate Professor, Department of Mathematical and Functional Analysis, Vasyl Stefanyk Precarpathian National UniversityMethods of calculating the approximate price of options using instruments of spectral analysis, singular and regular wave theory in the context of influence of fast and slow acting factors are developed. By combining methods from the spectral theory of singular and regular disturbances, one can approximate the price of derivative financial instruments as a schedule of its own functions. The article uses the theory of spectral analysis and the singular and regular theory of perturbations, which are applied to the short-term interest rates described by the Vasicek model with multidimensional stochastic volatility. The approximate price of derivatives and their profitability are calculated. Applying the Sturm-Liouville theory, the Fredholm alternative, and the analysis of singular and regular disturbances in different time scales, explicit formulas were obtained for the approximation of bond prices and yields based on the development of their own functions and eigenvalues of self-adjoint operators using boundary value problems for singular and regular perturbations. The theorem for estimating the accuracy of derivatives price approximation is established. Such a technique, in contrast to existing ones, makes it possible to study the stock market dynamics and to monitor the financial flows in the market. This greatly facilitates the statistical evaluation of their parameters in the process of monitoring the derivatives pricing and the study of volatility behavior for the profitability analysis and taking strategic management decisions on the stock market transactions.https://businessperspectives.org/images/pdf/applications/publishing/templates/article/assets/13036/DM_2019_04_Burtnyak.pdfimplied volatilityregular wave theorysingular wave theoryspectral theorystochastic volatilitystock market
collection DOAJ
language English
format Article
sources DOAJ
author Ivan Burtnyak
Anna Malytska
spellingShingle Ivan Burtnyak
Anna Malytska
Finding the derivative price using the Vasicek model with multidimensional stochastic volatility
Управління розвитком
implied volatility
regular wave theory
singular wave theory
spectral theory
stochastic volatility
stock market
author_facet Ivan Burtnyak
Anna Malytska
author_sort Ivan Burtnyak
title Finding the derivative price using the Vasicek model with multidimensional stochastic volatility
title_short Finding the derivative price using the Vasicek model with multidimensional stochastic volatility
title_full Finding the derivative price using the Vasicek model with multidimensional stochastic volatility
title_fullStr Finding the derivative price using the Vasicek model with multidimensional stochastic volatility
title_full_unstemmed Finding the derivative price using the Vasicek model with multidimensional stochastic volatility
title_sort finding the derivative price using the vasicek model with multidimensional stochastic volatility
publisher LLC "CPC "Business Perspectives"
series Управління розвитком
issn 2413-9610
2663-2365
publishDate 2020-01-01
description Methods of calculating the approximate price of options using instruments of spectral analysis, singular and regular wave theory in the context of influence of fast and slow acting factors are developed. By combining methods from the spectral theory of singular and regular disturbances, one can approximate the price of derivative financial instruments as a schedule of its own functions. The article uses the theory of spectral analysis and the singular and regular theory of perturbations, which are applied to the short-term interest rates described by the Vasicek model with multidimensional stochastic volatility. The approximate price of derivatives and their profitability are calculated. Applying the Sturm-Liouville theory, the Fredholm alternative, and the analysis of singular and regular disturbances in different time scales, explicit formulas were obtained for the approximation of bond prices and yields based on the development of their own functions and eigenvalues of self-adjoint operators using boundary value problems for singular and regular perturbations. The theorem for estimating the accuracy of derivatives price approximation is established. Such a technique, in contrast to existing ones, makes it possible to study the stock market dynamics and to monitor the financial flows in the market. This greatly facilitates the statistical evaluation of their parameters in the process of monitoring the derivatives pricing and the study of volatility behavior for the profitability analysis and taking strategic management decisions on the stock market transactions.
topic implied volatility
regular wave theory
singular wave theory
spectral theory
stochastic volatility
stock market
url https://businessperspectives.org/images/pdf/applications/publishing/templates/article/assets/13036/DM_2019_04_Burtnyak.pdf
work_keys_str_mv AT ivanburtnyak findingthederivativepriceusingthevasicekmodelwithmultidimensionalstochasticvolatility
AT annamalytska findingthederivativepriceusingthevasicekmodelwithmultidimensionalstochasticvolatility
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