An interval linear program is where the matrix A, vectors b -, b +, and c are given. If A has full row rank, the optimal solutions of (IP) can be written explicitly (A. Ben-Israel and A. Charnes: "An explicit solution of a special class of linear programming problems," Operations Research 16 (1968), 1166-1175). This result is used in conjunction with the Danteig-Wolfe decomposition principle to develop a finite iterative technique for solving the general (IP). Since any bounded linear program may be cast in form (IP) the technique may also be considered as an alternative method for linear programming.
Main topic of this thesis is solving interval linear systems. At first, we describe the structure of...
This thesis surveys the application of interval arithmetic to linear programming problems and presen...
System of linear equation (crisp) can be solved in a various way .In the real world problem paramete...
AbstractAn interval linear program is (IP): maximize ctx s.t. b-⩽Ax⩽b+, where the matrix A, vectors ...
Determining the set of all optimal solutions of a linear program with interval data is one of the ma...
The conventional linear programming model requires the parameters which are known as constants. In t...
Copyright c © 2014 Huiling Duan and Tao Peng. This is an open access article dis-tributed under the ...
AbstractThe basic properties of interval matrix multiplication and several well-known solution algor...
Abstract. Certain cases in which the interval hull of a system of linear interval equations can be c...
AbstractA method is described for solving a system of n linear equations in n unknowns when the coef...
A decomposition method for non-linear programming problems with structured linear constraints is des...
First, basic aspects of interval analysis, roles of intervals and their applications are addressed. ...
Abstract. We discuss one known and five new interrelated methods for bounding the hull of the soluti...
AbstractA decomposition method for nonlinear programming problems with structured linear constraints...
Conjugate gradient is an iterative method that solves a linear system Ax=b, where A is a positive de...
Main topic of this thesis is solving interval linear systems. At first, we describe the structure of...
This thesis surveys the application of interval arithmetic to linear programming problems and presen...
System of linear equation (crisp) can be solved in a various way .In the real world problem paramete...
AbstractAn interval linear program is (IP): maximize ctx s.t. b-⩽Ax⩽b+, where the matrix A, vectors ...
Determining the set of all optimal solutions of a linear program with interval data is one of the ma...
The conventional linear programming model requires the parameters which are known as constants. In t...
Copyright c © 2014 Huiling Duan and Tao Peng. This is an open access article dis-tributed under the ...
AbstractThe basic properties of interval matrix multiplication and several well-known solution algor...
Abstract. Certain cases in which the interval hull of a system of linear interval equations can be c...
AbstractA method is described for solving a system of n linear equations in n unknowns when the coef...
A decomposition method for non-linear programming problems with structured linear constraints is des...
First, basic aspects of interval analysis, roles of intervals and their applications are addressed. ...
Abstract. We discuss one known and five new interrelated methods for bounding the hull of the soluti...
AbstractA decomposition method for nonlinear programming problems with structured linear constraints...
Conjugate gradient is an iterative method that solves a linear system Ax=b, where A is a positive de...
Main topic of this thesis is solving interval linear systems. At first, we describe the structure of...
This thesis surveys the application of interval arithmetic to linear programming problems and presen...
System of linear equation (crisp) can be solved in a various way .In the real world problem paramete...