Results 151 to 160 of about 276 (185)
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Vine copula regression for observational studies

AStA Advances in Statistical Analysis, 2019
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Roger M. Cooke, Harry Joe, Bo Chang
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Comparing Regular Vine Copula Models

2019
In this chapter, we want to compare the fit of two or more regular vine copula specifications for a given copula data set.
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Vine Copula Specifications for Stationary Multivariate Markov Chains

Journal of Time Series Analysis, 2014
Vine copulae provide a graphical framework in which multiple bivariate copulae may be combined in a consistent fashion to yield a more complex multivariate copula. In this article, we discuss the use of vine copulae to build flexible semiparametric models for stationary multivariate higher‐order Markov chains.
Beare, Brendan K., Seo, Juwon
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Vine-copula GARCH model with dynamic conditional dependence

Computational Statistics & Data Analysis, 2013
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
So, Mike Ka Pui, Yeung, Cherry Y.T.
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Multi-model D-vine copula regression model with vine copula-based dependence description

Computers & Chemical Engineering, 2022
Shisong Liu, Shaojun Li
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TIME VARYING VINE COPULAS

2010
Empirical researches in financial literature have shown evidence of a skewness and a time conditioning in the univariate behaviour of stock returns and, overall, in their dependence structure. The inadequacy of the elliptical and, in general, symmetrical multivariate constant model assumptions, when this type of dependence occurs, is an almost stylized
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Copulas and Vines

2017
Copulas and vines allow us to model the distribution of multivariate random variables in a flexible way. This article introduces copulas via Sklar's theorem, explains how pair copula constructions are built by decomposing multivariate copula densities, and illustrates vine graphical representations.
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Simulating Regular Vine Copulas and Distributions

2019
For simulation from a d-dimensional distribution function \(F_{1,..., d}\) with conditional distribution functions \(F_{j|1,\ldots , j-1}(\cdot |x_1,\ldots , x_{j-1})\) and their inverses \(F_{j|1,\dots , j-1}^{-1}(\cdot |x_1,\ldots , x_{j-1})\) for \(j=2,\ldots , d\) we can use iterative inverse probability transformations.
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Vine copula Granger causality in mean

Economic Modelling, 2022
Hyuna Jang, Jong-Min Kim, Hohsuk Noh
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Selection of Regular Vine Copula Models

2019
The full specification of a vine copula model requires the choice of a vine tree structure, copula families for each pair copula term and their corresponding parameters. In this chapter, we discuss different frequentist selection and estimation approaches.
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