Testing symmetry of a probability distribution is a common question arising from applications in several fields. Particularly, in the study of observables used in the analysis of stock market index variations, the question of symmetry has not been fully investigated by means of statistical procedures. In this work a distribution-free test statistic Tn for testing symmetry, derived by Einmahl and McKeague, based on the empirical likelihood approach, is used to address the study of symmetry of financial returns. The asymptotic points of the test statistic Tn are also calculated and a procedure for assessing symmetry for the analysis of the returns of stock market indices is presented
We select the n stocks traded in the New York Stock Exchange and we form a statistical ensemble of ...
This paper evaluates traditional data segmentation approaches used to study asymmetric price transmi...
In the classical linear regression model the problem of testing for symmetry of the error distributi...
This paper examines the problem of evaluating the presence of asymmetry in the marginal distribution...
In this paper, by using a generalized asymmetry measure with the heteroskedasticity autocorrelation ...
We propose omnibus tests for symmetry of the conditional distribution of a time series process about...
This article proposes omnibus tests for conditional symmetry around a parametric function in a dynam...
This article proposes omnibus tests for conditional symmetry around a parametric function in a dynam...
The final publication is available at Springer via http://dx.doi.org/10.1007/s10463-014-0469-6.e fin...
For the problem of testing symmetry of the error distribution in a nonparametric regression model we...
A procedure, based on sample spacings, is proposed for testing whether a univariate distribution is ...
Being able to formally test for symmetry hypotheses is an important topic in many fields, including ...
This paper considers tests for symmetry of the one-dimensional marginal distribution of fractionally...
We use the definition of statistical symmetry as the invariance of a probability distribution under ...
. Testing symmetry of a univariate distribution has been received much attention. Aki (1993) propose...
We select the n stocks traded in the New York Stock Exchange and we form a statistical ensemble of ...
This paper evaluates traditional data segmentation approaches used to study asymmetric price transmi...
In the classical linear regression model the problem of testing for symmetry of the error distributi...
This paper examines the problem of evaluating the presence of asymmetry in the marginal distribution...
In this paper, by using a generalized asymmetry measure with the heteroskedasticity autocorrelation ...
We propose omnibus tests for symmetry of the conditional distribution of a time series process about...
This article proposes omnibus tests for conditional symmetry around a parametric function in a dynam...
This article proposes omnibus tests for conditional symmetry around a parametric function in a dynam...
The final publication is available at Springer via http://dx.doi.org/10.1007/s10463-014-0469-6.e fin...
For the problem of testing symmetry of the error distribution in a nonparametric regression model we...
A procedure, based on sample spacings, is proposed for testing whether a univariate distribution is ...
Being able to formally test for symmetry hypotheses is an important topic in many fields, including ...
This paper considers tests for symmetry of the one-dimensional marginal distribution of fractionally...
We use the definition of statistical symmetry as the invariance of a probability distribution under ...
. Testing symmetry of a univariate distribution has been received much attention. Aki (1993) propose...
We select the n stocks traded in the New York Stock Exchange and we form a statistical ensemble of ...
This paper evaluates traditional data segmentation approaches used to study asymmetric price transmi...
In the classical linear regression model the problem of testing for symmetry of the error distributi...