Abstract: Using Minkowski distance function we propose a class of Human Development Index measures. Special cases of this turn out to be the popularly used linear average method as also a newly proposed displaced ideal method. Two measures of penalty are suggested. One captures the non-uniform attainment across dimensions and the other captures the deviation from the ideal path. A method of adjusting for unequal weights is also provided
Perhaps the most difficult aspect of constructing a multi-dimensional index is that of choosing weig...
In this paper, we introduce a penalized version of the geometric mean. In analogy with the Mazziotta...
This paper explores ways of enlarging the measurement and understanding of Human Development (HD) be...
Using Minkowski distance function we propose a class of Human Development Index measures. Special ca...
The Human Development Index (HDI) is calculated using normalized indicators from three dimensions-he...
The Human Development Index (HDI) is calculated using normalized indicators from three dimensions-he...
The popularly known Human Development Index (HDI) is obtained through linear averaging (LA) of indic...
The popularly known Human Development Index (HDI) is obtained through linear averaging (LA) of indi...
The Human Development Index (HDI) is calculated using normalized indicators from three dimensions- h...
Proposing a set of axioms MANUSH (Monotonicity, Anonymity, Normalisation, Uniformity, Shortfall sens...
The conventional measure of the Human Development Index (HDI) is a linear average in three dimension...
This paper considers possible definitions of the concept of development, advocating one which includ...
The measurement of human development is a rich field which has seen a veritable explosion of new and...
This paper is devoted to the discussion of the measurement of human development and poverty, especia...
This note advances a family of poverty measures, Πα, which are derived as simple, normalized Minkows...
Perhaps the most difficult aspect of constructing a multi-dimensional index is that of choosing weig...
In this paper, we introduce a penalized version of the geometric mean. In analogy with the Mazziotta...
This paper explores ways of enlarging the measurement and understanding of Human Development (HD) be...
Using Minkowski distance function we propose a class of Human Development Index measures. Special ca...
The Human Development Index (HDI) is calculated using normalized indicators from three dimensions-he...
The Human Development Index (HDI) is calculated using normalized indicators from three dimensions-he...
The popularly known Human Development Index (HDI) is obtained through linear averaging (LA) of indic...
The popularly known Human Development Index (HDI) is obtained through linear averaging (LA) of indi...
The Human Development Index (HDI) is calculated using normalized indicators from three dimensions- h...
Proposing a set of axioms MANUSH (Monotonicity, Anonymity, Normalisation, Uniformity, Shortfall sens...
The conventional measure of the Human Development Index (HDI) is a linear average in three dimension...
This paper considers possible definitions of the concept of development, advocating one which includ...
The measurement of human development is a rich field which has seen a veritable explosion of new and...
This paper is devoted to the discussion of the measurement of human development and poverty, especia...
This note advances a family of poverty measures, Πα, which are derived as simple, normalized Minkows...
Perhaps the most difficult aspect of constructing a multi-dimensional index is that of choosing weig...
In this paper, we introduce a penalized version of the geometric mean. In analogy with the Mazziotta...
This paper explores ways of enlarging the measurement and understanding of Human Development (HD) be...