AbstractThe mixed integer polynomial programming problem is reformulated as a multi-parametric programming problem by relaxing integer variables as continuous variables and then treating them as parameters. The optimality conditions for the resulting parametric programming problem are given by a set of simultaneous parametric polynomial equations which are solved analytically to give the parametric optimal solution as a function of the relaxed integer variables. Evaluation of the parametric optimal solution for integer variables fixed at their integer values followed by screening of the evaluated solutions gives the optimal solutions
Many problems in economics, statistics and numerical analysis can be formulated as the optimization ...
We consider discrete bilevel optimization problems where the follower solves an integer pro...
The problem of optimizing multivariate scalar polynomial functions over mixed-integer points in poly...
AbstractThe mixed integer polynomial programming problem is reformulated as a multi-parametric progr...
This paper presents a new relaxation technique to globally optimize mixed-integer polynomial program...
roper organization, planning and design of production, storage locations, transportation and schedul...
This paper presents a new relaxation technique to globally optimize mixed-integer polynomial program...
Proper organization, planning and design of production, storage locations, transportation and schedu...
This paper discusses a power-based transformation technique that is especially useful when solving p...
Many optimization problems involve integer and continuous variables that can be modeled as mixed int...
Many optimization problems involve integer and continuous variables that can be modeled as mixed in...
This paper revisits the approach of transforming a mixed-integer polynomial program (MIPOP) into a m...
Hybrid systems are dynamical systems characterized by the simultaneous presence of discrete and cont...
We consider discrete bilevel optimization problems where the follower solves an integer pro...
We consider discrete bilevel optimization problems where the follower solves an integer program with...
Many problems in economics, statistics and numerical analysis can be formulated as the optimization ...
We consider discrete bilevel optimization problems where the follower solves an integer pro...
The problem of optimizing multivariate scalar polynomial functions over mixed-integer points in poly...
AbstractThe mixed integer polynomial programming problem is reformulated as a multi-parametric progr...
This paper presents a new relaxation technique to globally optimize mixed-integer polynomial program...
roper organization, planning and design of production, storage locations, transportation and schedul...
This paper presents a new relaxation technique to globally optimize mixed-integer polynomial program...
Proper organization, planning and design of production, storage locations, transportation and schedu...
This paper discusses a power-based transformation technique that is especially useful when solving p...
Many optimization problems involve integer and continuous variables that can be modeled as mixed int...
Many optimization problems involve integer and continuous variables that can be modeled as mixed in...
This paper revisits the approach of transforming a mixed-integer polynomial program (MIPOP) into a m...
Hybrid systems are dynamical systems characterized by the simultaneous presence of discrete and cont...
We consider discrete bilevel optimization problems where the follower solves an integer pro...
We consider discrete bilevel optimization problems where the follower solves an integer program with...
Many problems in economics, statistics and numerical analysis can be formulated as the optimization ...
We consider discrete bilevel optimization problems where the follower solves an integer pro...
The problem of optimizing multivariate scalar polynomial functions over mixed-integer points in poly...