Abstract. In this paper we propose a new implementation of a multi objective genetic algorithm that handles constrained problems to approach the financial problem of the portfolio optimization. The objective of the paper is to propose and empirically apply a new multi-objective genetic algorithm for portfolio optimization extending the Markowitz mean-variance model ([1,2] Markowitz, 1952 and 1959). At the end of the paper the obtained results are discussed and compared with non linear other different techniques
Portfolio optimization involves the optimal assignment of limited capital to different available fin...
Diversification through portfolio construction has become an increasingly important tool in finance ...
In the traditional mean-variance portfolio optimization model, variance is as a risk measure based o...
Abstract. In this paper we propose a new implementation of a multi objective genetic algorithm tha...
65 p.Portfolio optimization is a multi-objective, non-linear optimization problem for maximum return...
Portfolio optimization involves the optimal assignment of limited capital to different available fin...
This paper aims to study the efficiency of introducing variations in the Genetic Algorithm (GA) show...
In investment, it is highly desirable to maximize return or profit within a given risk level. Constr...
In investment, it is highly desirable to maximize return or profit within a given risk level. Constr...
This paper aims to study the efficiency of introducing variations in the Genetic Algorithm (GA) show...
The objective of this thesis is to apply alternative multi-objective optimization techniques to the ...
A well renowned problem in the world of finance is optimization of investment portfolios. An investo...
In modern financial markets, the major problem faced by investors or fund managers is the allocation...
In this paper we develop a computational procedure in order to find the efficient frontier, i.e. a n...
Portfolio optimization involves the optimal assignment of limited capital to different available fin...
Portfolio optimization involves the optimal assignment of limited capital to different available fin...
Diversification through portfolio construction has become an increasingly important tool in finance ...
In the traditional mean-variance portfolio optimization model, variance is as a risk measure based o...
Abstract. In this paper we propose a new implementation of a multi objective genetic algorithm tha...
65 p.Portfolio optimization is a multi-objective, non-linear optimization problem for maximum return...
Portfolio optimization involves the optimal assignment of limited capital to different available fin...
This paper aims to study the efficiency of introducing variations in the Genetic Algorithm (GA) show...
In investment, it is highly desirable to maximize return or profit within a given risk level. Constr...
In investment, it is highly desirable to maximize return or profit within a given risk level. Constr...
This paper aims to study the efficiency of introducing variations in the Genetic Algorithm (GA) show...
The objective of this thesis is to apply alternative multi-objective optimization techniques to the ...
A well renowned problem in the world of finance is optimization of investment portfolios. An investo...
In modern financial markets, the major problem faced by investors or fund managers is the allocation...
In this paper we develop a computational procedure in order to find the efficient frontier, i.e. a n...
Portfolio optimization involves the optimal assignment of limited capital to different available fin...
Portfolio optimization involves the optimal assignment of limited capital to different available fin...
Diversification through portfolio construction has become an increasingly important tool in finance ...
In the traditional mean-variance portfolio optimization model, variance is as a risk measure based o...