The paper considers the problem of statistical inference with estimated Lorenz curves and income shares. The full variance-covariance structure of the (asymptotic) normal distribution of a vector of Lorenz curve ordinates is derived and shown to depend only on conditional first and second moments that can be estimated consistently without prior specification of the population density underlying the sample data. Lorenz curves and income shares can thus be used as tools for statistical inference instead of simply as descriptive statistics. 1
This article proposes consistent nonparametric methods for testing the null hypothesis of Lorenz dom...
This paper presents a functional form, linear in the parameters, to deal with income distribution an...
The purpose of this paper is to justify the use of the Gini coefficient and two close relatives for ...
Lorenz curves and associated tools for ranking income distributions are commonly estimated on the as...
This paper surveys selected applications of the Lorenz curve and related stochastic orders in econom...
This paper proposes a test for Lorenz dominance. Given independent samples of income or other welfar...
The Lorenz curve relates the cumulative proportion of income to the cumulative proportion of populat...
Lorenz curves and second-order dominance criteria are known to be sensitive to data contamination in...
One income distribution is preferable to another under any increasing and Schur-concave (S-concave) ...
Modelling Lorenz curves (LC) for stochastic dominance comparisons is central to the analysis of inco...
Modelling Lorenz curves (LC) for stochastic dominance comparisons is central to the analysis of inco...
Lorenz curves and second-order dominance criteria are known to be sensitive to data contamination in...
Comparison of two populations with respect to their income inequalities is an important topic in eco...
We propose a nonparametric estimator of the Lorenz curve that satisfies its theo-retical properties,...
The Lorenz curve is the most widely used graphical tool for describing and comparing inequality of i...
This article proposes consistent nonparametric methods for testing the null hypothesis of Lorenz dom...
This paper presents a functional form, linear in the parameters, to deal with income distribution an...
The purpose of this paper is to justify the use of the Gini coefficient and two close relatives for ...
Lorenz curves and associated tools for ranking income distributions are commonly estimated on the as...
This paper surveys selected applications of the Lorenz curve and related stochastic orders in econom...
This paper proposes a test for Lorenz dominance. Given independent samples of income or other welfar...
The Lorenz curve relates the cumulative proportion of income to the cumulative proportion of populat...
Lorenz curves and second-order dominance criteria are known to be sensitive to data contamination in...
One income distribution is preferable to another under any increasing and Schur-concave (S-concave) ...
Modelling Lorenz curves (LC) for stochastic dominance comparisons is central to the analysis of inco...
Modelling Lorenz curves (LC) for stochastic dominance comparisons is central to the analysis of inco...
Lorenz curves and second-order dominance criteria are known to be sensitive to data contamination in...
Comparison of two populations with respect to their income inequalities is an important topic in eco...
We propose a nonparametric estimator of the Lorenz curve that satisfies its theo-retical properties,...
The Lorenz curve is the most widely used graphical tool for describing and comparing inequality of i...
This article proposes consistent nonparametric methods for testing the null hypothesis of Lorenz dom...
This paper presents a functional form, linear in the parameters, to deal with income distribution an...
The purpose of this paper is to justify the use of the Gini coefficient and two close relatives for ...