Evaluating Value at Risk Using a Hybrid Model of Support Vector Machine Based and the GARCH

One of the main subjects of financial management is risk management. Risk management involves recognizing, measuring and monitoring risk. So measuring risk is very important part of the risk management. One of the most recognized and applied way of measuring risk, is evaluating value at risk that is...

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Main Authors: Saeed Fallahpoor, malihe tabasi
Format: Article
Language:fas
Published: Alzahra University 2013-06-01
Series:راهبرد مدیریت مالی
Subjects:
Online Access:http://jfm.alzahra.ac.ir/article_958_b069982d21711d5f9bb5b22748203a01.pdf
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spelling doaj-f194b4ea11774c3793ba24c7d7cedf7c2020-11-25T00:40:02ZfasAlzahra Universityراهبرد مدیریت مالی2345-32142538-19622013-06-011112515210.22051/jfm.2014.958958Evaluating Value at Risk Using a Hybrid Model of Support Vector Machine Based and the GARCHSaeed Fallahpoor0malihe tabasi1tehran universitytehran universityOne of the main subjects of financial management is risk management. Risk management involves recognizing, measuring and monitoring risk. So measuring risk is very important part of the risk management. One of the most recognized and applied way of measuring risk, is evaluating value at risk that is the main subject of this research. In this research, we forecast volatility of TEPIX index and TSE-50 index, using the hybrid model of support vector machine based and the GARCH, then we calculate Value at Risk by Variance-Covariance approach and finally we compare its result with the traditional models including: Risk Metrics, GARCH and EGARCH by LOPEZ’s back testing and back testing based of expected shortfall. The result of this research has shown that the hybrid model significantly outperform the competing models.http://jfm.alzahra.ac.ir/article_958_b069982d21711d5f9bb5b22748203a01.pdfVolatilityValue at RiskSupport Vector Machine
collection DOAJ
language fas
format Article
sources DOAJ
author Saeed Fallahpoor
malihe tabasi
spellingShingle Saeed Fallahpoor
malihe tabasi
Evaluating Value at Risk Using a Hybrid Model of Support Vector Machine Based and the GARCH
راهبرد مدیریت مالی
Volatility
Value at Risk
Support Vector Machine
author_facet Saeed Fallahpoor
malihe tabasi
author_sort Saeed Fallahpoor
title Evaluating Value at Risk Using a Hybrid Model of Support Vector Machine Based and the GARCH
title_short Evaluating Value at Risk Using a Hybrid Model of Support Vector Machine Based and the GARCH
title_full Evaluating Value at Risk Using a Hybrid Model of Support Vector Machine Based and the GARCH
title_fullStr Evaluating Value at Risk Using a Hybrid Model of Support Vector Machine Based and the GARCH
title_full_unstemmed Evaluating Value at Risk Using a Hybrid Model of Support Vector Machine Based and the GARCH
title_sort evaluating value at risk using a hybrid model of support vector machine based and the garch
publisher Alzahra University
series راهبرد مدیریت مالی
issn 2345-3214
2538-1962
publishDate 2013-06-01
description One of the main subjects of financial management is risk management. Risk management involves recognizing, measuring and monitoring risk. So measuring risk is very important part of the risk management. One of the most recognized and applied way of measuring risk, is evaluating value at risk that is the main subject of this research. In this research, we forecast volatility of TEPIX index and TSE-50 index, using the hybrid model of support vector machine based and the GARCH, then we calculate Value at Risk by Variance-Covariance approach and finally we compare its result with the traditional models including: Risk Metrics, GARCH and EGARCH by LOPEZ’s back testing and back testing based of expected shortfall. The result of this research has shown that the hybrid model significantly outperform the competing models.
topic Volatility
Value at Risk
Support Vector Machine
url http://jfm.alzahra.ac.ir/article_958_b069982d21711d5f9bb5b22748203a01.pdf
work_keys_str_mv AT saeedfallahpoor evaluatingvalueatriskusingahybridmodelofsupportvectormachinebasedandthegarch
AT malihetabasi evaluatingvalueatriskusingahybridmodelofsupportvectormachinebasedandthegarch
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