In the first part of the paper, we present a framework for describing basic techniques to improve the representation of a mixed integer programming problem. We elaborate on identification of infeasibility and redundancy, improvement of bounds and coefficients, and fixing of binary variables. In the second part of the paper, we discuss recent extensions to these basic techniques and elaborate on the investigation and possible uses of logical consequences
The branch and bound procedure for solving mixed integer programming (MIP) problems using linear pr...
The branch and bound procedure for solving mixed integer programming (MIP) problems using linear pro...
The purpose of this report is to present a new class of sufficient optimality conditions for pure an...
Two practical problems are described, each of which can be formulated in more than one way as a mixe...
This thesis focuses on the derivation of improved computational schemes for the optimization of mixe...
The aim of this dissertation is to present an algorithm for mixed integer programs which when starte...
Mixed-integer programming theory provides a mechanism for optimizing decisions that take place in co...
We examine ways to reformulate integer and mixed integer programs. Typically, but not exclusively, o...
This final thesis work is dealing with the problems of mixed integer linear programming and their po...
We view mixed integer/linear problem formulation as a process of identifying disjunctive and knapsac...
[[abstract]]Several algorithms have been developed to solve the two-level linear programming problem...
An accessible treatment of the modeling and solution of integer programming problems, featuring mode...
This is a report on how mixed integer programming works. It starts by showing the form of a mixed in...
This survey presents cutting planes that are useful or potentially useful in solving mixed integer p...
This survey presents cutting planes that are useful or potentially useful in solving mixed integer p...
The branch and bound procedure for solving mixed integer programming (MIP) problems using linear pr...
The branch and bound procedure for solving mixed integer programming (MIP) problems using linear pro...
The purpose of this report is to present a new class of sufficient optimality conditions for pure an...
Two practical problems are described, each of which can be formulated in more than one way as a mixe...
This thesis focuses on the derivation of improved computational schemes for the optimization of mixe...
The aim of this dissertation is to present an algorithm for mixed integer programs which when starte...
Mixed-integer programming theory provides a mechanism for optimizing decisions that take place in co...
We examine ways to reformulate integer and mixed integer programs. Typically, but not exclusively, o...
This final thesis work is dealing with the problems of mixed integer linear programming and their po...
We view mixed integer/linear problem formulation as a process of identifying disjunctive and knapsac...
[[abstract]]Several algorithms have been developed to solve the two-level linear programming problem...
An accessible treatment of the modeling and solution of integer programming problems, featuring mode...
This is a report on how mixed integer programming works. It starts by showing the form of a mixed in...
This survey presents cutting planes that are useful or potentially useful in solving mixed integer p...
This survey presents cutting planes that are useful or potentially useful in solving mixed integer p...
The branch and bound procedure for solving mixed integer programming (MIP) problems using linear pr...
The branch and bound procedure for solving mixed integer programming (MIP) problems using linear pro...
The purpose of this report is to present a new class of sufficient optimality conditions for pure an...