In this thesis, a portfolio optimization with integer variables which influ- ence optimal assets allocation, is studied. Measures of risk are defined and the cor- responding mean-risk models are derived. Two methods are used to develop robust models involving uncertainty in probability distribution: the worst-case analyses and contamination. The uncertainty in values of scenarios and in their probabili- ties of the discrete probability distribution is assumed separately followed by their combination. These models are applied to stock market data with using optimization software GAMS
Abstract In this paper, we consider the robust portfolio selection problem which has a data uncertai...
In this thesis, we take the mean-risk approach to portfolio optimi- zation. We will first define ris...
This paper provides two new models for portfolio selection in which the securities are assumed to be...
In this thesis, a portfolio optimization with integer variables which influ- ence optimal assets all...
Many financial optimization problems involve future values of security prices, interest rates and ex...
Many financial optimization problems involve future values of security prices, interest rates and ex...
Using optimization techniques in portfolio selection has attracted significant attention in financia...
This paper deals with a Portfolio Selection model in which the methodologies of Robust Optimization ...
This paper deals with a Portfolio Selection model in which the methodologies of Robust Optimization ...
This paper deals with a portfolio selection model in which the methodologies of robust optimization ...
This paper deals with a portfolio selection model in which the methodologies of robust optimization ...
A robust optimization has emerged as a powerful tool for managing un- certainty in many optimization...
01 Abstract: This thesis is concerned with the robust methods in portfolio theory. Different risk me...
Portfolio optimization models aim to optimally distribute capital among selected stocks, bonds and o...
In financial markets with high uncertainties, the trade-off between maximizing expected return and m...
Abstract In this paper, we consider the robust portfolio selection problem which has a data uncertai...
In this thesis, we take the mean-risk approach to portfolio optimi- zation. We will first define ris...
This paper provides two new models for portfolio selection in which the securities are assumed to be...
In this thesis, a portfolio optimization with integer variables which influ- ence optimal assets all...
Many financial optimization problems involve future values of security prices, interest rates and ex...
Many financial optimization problems involve future values of security prices, interest rates and ex...
Using optimization techniques in portfolio selection has attracted significant attention in financia...
This paper deals with a Portfolio Selection model in which the methodologies of Robust Optimization ...
This paper deals with a Portfolio Selection model in which the methodologies of Robust Optimization ...
This paper deals with a portfolio selection model in which the methodologies of robust optimization ...
This paper deals with a portfolio selection model in which the methodologies of robust optimization ...
A robust optimization has emerged as a powerful tool for managing un- certainty in many optimization...
01 Abstract: This thesis is concerned with the robust methods in portfolio theory. Different risk me...
Portfolio optimization models aim to optimally distribute capital among selected stocks, bonds and o...
In financial markets with high uncertainties, the trade-off between maximizing expected return and m...
Abstract In this paper, we consider the robust portfolio selection problem which has a data uncertai...
In this thesis, we take the mean-risk approach to portfolio optimi- zation. We will first define ris...
This paper provides two new models for portfolio selection in which the securities are assumed to be...