This study discusses the description and application of certain combined tests and estimates based on k independent sets of bivariate normal correlational data. We consider the case in which only the sample correlation coefficients are available and the case in which the original paired data are available. A combined test for the correlation parameter based on Fisher's z-transformation is considered, as well as confidence intervals and a combined estimate for the correlation parameter. A test for the homogeneity assumptions is discussed and a table for the power of the additive test based on Fisher's z-transform is presented. Bayesian single and multiparameter estimation are also considered
The nonparametrie tests of bivariate independence, based on Spearman's rho, Kendall's tau, the Blum-...
Abstract: Tables of critical values for the exact test method based on the maximum likelihood estima...
Many samples in the real world are very small in size and often do not follow a normal distribution....
This bachelor thesis is focused on tests for correlation coefficients. Fundamental knowledge about c...
We develop methods to compare multiple multivariate normally distributed samples which may be correl...
Abstract. The asymptotic distribution for the ratio of the sample cor-relations in two independent p...
AbstractWe develop methods to compare multiple multivariate normally distributed samples which may b...
The main goal of the thesis is to introduce methods used for the construction of confidence interval...
The main objective of this thesis is to determine asymptotic distribution of sample correlation coef...
We investigate the estimation of the correlation coefficient in a bivariate normal distri-bution usi...
Data presenting two or more sets or related observations may arise in many fields of activity. It is...
Correlational techniques are important tools in multivariate behavioural and social science explora...
Let (X, Y) be bivariate normally distributed with means (μ 1, μ 2), variances (σ 1 2, σ 2 2 ) and co...
A common problem in social, educational, behavioral and biological research is to investigate relati...
Partial correlations are the natural interaction terms to be associated with the edges of the indepe...
The nonparametrie tests of bivariate independence, based on Spearman's rho, Kendall's tau, the Blum-...
Abstract: Tables of critical values for the exact test method based on the maximum likelihood estima...
Many samples in the real world are very small in size and often do not follow a normal distribution....
This bachelor thesis is focused on tests for correlation coefficients. Fundamental knowledge about c...
We develop methods to compare multiple multivariate normally distributed samples which may be correl...
Abstract. The asymptotic distribution for the ratio of the sample cor-relations in two independent p...
AbstractWe develop methods to compare multiple multivariate normally distributed samples which may b...
The main goal of the thesis is to introduce methods used for the construction of confidence interval...
The main objective of this thesis is to determine asymptotic distribution of sample correlation coef...
We investigate the estimation of the correlation coefficient in a bivariate normal distri-bution usi...
Data presenting two or more sets or related observations may arise in many fields of activity. It is...
Correlational techniques are important tools in multivariate behavioural and social science explora...
Let (X, Y) be bivariate normally distributed with means (μ 1, μ 2), variances (σ 1 2, σ 2 2 ) and co...
A common problem in social, educational, behavioral and biological research is to investigate relati...
Partial correlations are the natural interaction terms to be associated with the edges of the indepe...
The nonparametrie tests of bivariate independence, based on Spearman's rho, Kendall's tau, the Blum-...
Abstract: Tables of critical values for the exact test method based on the maximum likelihood estima...
Many samples in the real world are very small in size and often do not follow a normal distribution....