This paper uses the concept of Marginal Conditional Stochastic Dominance and a generalization of the 50% Portfolio Rule to develop a tractable and parsimonious methodology for constructing a second degree Stochastic Dominance (SSD) efficient portfolio from a given, inefficient index. Because the SSD approach considers the entire probability distributions of asset returns, the resulting portfolios are efficient with respect to all risk-averse, utility-maximizing investors regardless of the form of their utility functions or the distributions of asset returns
We conduct a broad study of stochastic dominance efficiency on financial markets. We show that in th...
Stochastic dominance is a more general approach to expected utility maximization than the widely acc...
This paper develops the first operational tests of portfolio efficiency based on the general stochas...
This paper uses the concept of Marginal Conditional Stochastic Dominance and a generalization of the...
In the present work we study the stochastic dominance portfolio e ciency measures. The investor's ri...
Second order stochastic dominance is an optimal rule for portfolio selection of risk averse investor...
Portfolio optimization models are usually based on several distribution characteristics, such as mea...
summary:In this paper, we deal with second-order stochastic dominance (SSD) portfolio efficiency wit...
The paper compares portfolio optimization with the Second-Order Stochastic Dominance (SSD) constrain...
textabstractStochastic Dominance relation is a probabilistic concept which allows random outcomes su...
Constructing portfolios based on second-order stochastic dominance (SSD) is theoretically attractive...
In the last decade, a few models of portfolio construction have been proposed which apply Second Ord...
This paper examines the second-degree stochastic dominance (SSD) efficiency of the portfolios on the...
summary:In this paper, we introduce a new linear programming second-order stochastic dominance (SSD)...
This paper analyzes the dual formulation of Post’s [Post, T., 2003. Empirical tests for stochastic d...
We conduct a broad study of stochastic dominance efficiency on financial markets. We show that in th...
Stochastic dominance is a more general approach to expected utility maximization than the widely acc...
This paper develops the first operational tests of portfolio efficiency based on the general stochas...
This paper uses the concept of Marginal Conditional Stochastic Dominance and a generalization of the...
In the present work we study the stochastic dominance portfolio e ciency measures. The investor's ri...
Second order stochastic dominance is an optimal rule for portfolio selection of risk averse investor...
Portfolio optimization models are usually based on several distribution characteristics, such as mea...
summary:In this paper, we deal with second-order stochastic dominance (SSD) portfolio efficiency wit...
The paper compares portfolio optimization with the Second-Order Stochastic Dominance (SSD) constrain...
textabstractStochastic Dominance relation is a probabilistic concept which allows random outcomes su...
Constructing portfolios based on second-order stochastic dominance (SSD) is theoretically attractive...
In the last decade, a few models of portfolio construction have been proposed which apply Second Ord...
This paper examines the second-degree stochastic dominance (SSD) efficiency of the portfolios on the...
summary:In this paper, we introduce a new linear programming second-order stochastic dominance (SSD)...
This paper analyzes the dual formulation of Post’s [Post, T., 2003. Empirical tests for stochastic d...
We conduct a broad study of stochastic dominance efficiency on financial markets. We show that in th...
Stochastic dominance is a more general approach to expected utility maximization than the widely acc...
This paper develops the first operational tests of portfolio efficiency based on the general stochas...