Column generation is a well-known and widely practiced technique for solving linear programs with too many variables or constraints to include in the initial formulation explicitly. Instead, the required column information is generated at each iteration of the simplex algorithm. This paper shows that, even if the number of variables is low enough for explicit inclusion in the model with the available technology, it may still be more efficient to resort to column generation for some class of problems
AbstractColumn generation algorithms are instrumental in many areas of applied optimization, where l...
We propose a new boosting algorithm based on a linear programming formulation. Our algorithm can tak...
Garcia et al. [1] present a class of column generation (CG) algorithms for nonlinear programs. Its m...
Column generation is a well-known and widely practiced technique for solving linear programs with to...
Column generation algorithms have been specially designed for solving mathematical programs with a h...
Given a non-empty, compact and convex set, and an a priori defined condition which each element eith...
Column generation is a linear programming method that, when combined with appropriate integer progra...
Abstract We give a didactic introduction to the use of the column generation technique in linear and...
In column generation schemes, particularly those proposed for set partitioning type problems, dynami...
We present an exact method for integer linear programming problems that combines branch and bound wi...
We examine linear program (LP) approaches to boosting and demonstrate their efficient solution using...
In the context of this dissertation we consider two mathematical optimization problems. The first c...
Column generation is a linear programming method in which a dual solution of the master problem is e...
Column generation algorithms are instrumental in many areas of applied optimization, where linear pr...
We describe a new approach to produce integer feasible columns to a set partitioning problem directl...
AbstractColumn generation algorithms are instrumental in many areas of applied optimization, where l...
We propose a new boosting algorithm based on a linear programming formulation. Our algorithm can tak...
Garcia et al. [1] present a class of column generation (CG) algorithms for nonlinear programs. Its m...
Column generation is a well-known and widely practiced technique for solving linear programs with to...
Column generation algorithms have been specially designed for solving mathematical programs with a h...
Given a non-empty, compact and convex set, and an a priori defined condition which each element eith...
Column generation is a linear programming method that, when combined with appropriate integer progra...
Abstract We give a didactic introduction to the use of the column generation technique in linear and...
In column generation schemes, particularly those proposed for set partitioning type problems, dynami...
We present an exact method for integer linear programming problems that combines branch and bound wi...
We examine linear program (LP) approaches to boosting and demonstrate their efficient solution using...
In the context of this dissertation we consider two mathematical optimization problems. The first c...
Column generation is a linear programming method in which a dual solution of the master problem is e...
Column generation algorithms are instrumental in many areas of applied optimization, where linear pr...
We describe a new approach to produce integer feasible columns to a set partitioning problem directl...
AbstractColumn generation algorithms are instrumental in many areas of applied optimization, where l...
We propose a new boosting algorithm based on a linear programming formulation. Our algorithm can tak...
Garcia et al. [1] present a class of column generation (CG) algorithms for nonlinear programs. Its m...