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Volatility for High Frequency Time Series Toward fGARCH (1,1) as a Functional Model

Authors
황선영윤재은
Issue Date
Nov-2018
Publisher
자연과학연구소
Keywords
Functional GARCH (fGARCH); High frequency; Multivariate GARCH (MGARCH)
Citation
Quantitative Bio-Science, v.37, no.2, pp 73 - 79
Pages
7
Journal Title
Quantitative Bio-Science
Volume
37
Number
2
Start Page
73
End Page
79
URI
https://scholarworks.sookmyung.ac.kr/handle/2020.sw.sookmyung/4172
DOI
10.22283/qbs.2018.37.2.73
ISSN
2288-1344
2508-7185
Abstract
As high frequency (HF, for short) time series is now prevalent in the presence of real time big data, volatility computations based on traditional ARCH/GARCH models need to be further developed to suit the high frequency characteristics. This article reviews realized volatilities (RV) and multivariate GARCH (MGARCH) to deal with high frequency volatility computations. As a (functional) infinite dimensional models, the fARCH and fGARCH are introduced to accommodate ultra high frequency (UHF) volatilities. The fARCH and fGARCH models are developed in the recent literature by Hormann et al. [1] and Aue et al. [2], respectively, and our discussions are mainly based on these two key articles. Real data applications to domestic UHF financial time series are illustrated.
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