We consider a new measure of diversification for a portfolio of risky assets, and we address the problem of finding portfolios with maximum diversification, possibly with the addition of return constraints. The diversification measure is based on a convexity gap between the risk of a convex combination of assets and the convex combination of their risks. We first provide some theoretical results on this diversification measure, and we establish connections with the Herfindahl index for risk. Then we formulate the portfolio diversification model for several risk measures. Finally, we provide some preliminary computational results
In this paper we propose an extensive empirical analysis on three different categories of portfolio ...
Striving for maximum diversification, we follow Meucci in measuring and managing a multi-asset class...
One of the fundamental principles in portfolio selection models is minimization of risk through div...
The classical approaches to optimal portfolio selection call for finding a feasible portfolio that o...
Utility maximization has been the main approach to portfolio selection since the pioneering work by...
The classical approach to portfolio selection calls for finding a feasible portfolio that optimizes ...
The classical approach to portfolio selection calls for finding a feasible portfolio that optimizes...
The classical approaches to optimal portfolio selection call for finding a feasible portfolio that o...
The classical approach to portfolio selection calls for finding a feasible portfolio that optimizes ...
In this paper, we propose an extensive empirical analysis on three categories of portfolio selection...
We propose a new method to assess the risk diversification potential of a given investment set, usin...
Striving for maximum diversification we follow the 2009 work of Meucci in measuring and managing a m...
In this paper we propose an extensive empirical analysis on three different categories of portfolio...
The 'Portfolio Selection Problem' is traditionally viewed as selecting a mix of investment opportuni...
International audienceWe propose a new method to assess the risk diversification potential of a give...
In this paper we propose an extensive empirical analysis on three different categories of portfolio ...
Striving for maximum diversification, we follow Meucci in measuring and managing a multi-asset class...
One of the fundamental principles in portfolio selection models is minimization of risk through div...
The classical approaches to optimal portfolio selection call for finding a feasible portfolio that o...
Utility maximization has been the main approach to portfolio selection since the pioneering work by...
The classical approach to portfolio selection calls for finding a feasible portfolio that optimizes ...
The classical approach to portfolio selection calls for finding a feasible portfolio that optimizes...
The classical approaches to optimal portfolio selection call for finding a feasible portfolio that o...
The classical approach to portfolio selection calls for finding a feasible portfolio that optimizes ...
In this paper, we propose an extensive empirical analysis on three categories of portfolio selection...
We propose a new method to assess the risk diversification potential of a given investment set, usin...
Striving for maximum diversification we follow the 2009 work of Meucci in measuring and managing a m...
In this paper we propose an extensive empirical analysis on three different categories of portfolio...
The 'Portfolio Selection Problem' is traditionally viewed as selecting a mix of investment opportuni...
International audienceWe propose a new method to assess the risk diversification potential of a give...
In this paper we propose an extensive empirical analysis on three different categories of portfolio ...
Striving for maximum diversification, we follow Meucci in measuring and managing a multi-asset class...
One of the fundamental principles in portfolio selection models is minimization of risk through div...