This paper presents a method that uses designed experiments and statistical models to extract information about how solver parameter settings perform for classes of mixed integer programs. The use of experimental design facilitates fitting a model that describes the response surface across all combinations of parameter settings, even those not explicitly tested, allowing identification of both desirable and poor settings. Identifying parameter settings that give the best expected performance for a specific class of instances and a specific solver can be used to more efficiently solve a large set of similar instances, or to ensure solvers are being compared at their best
Classification, the development of rules for the allocation of observations to one or more groups, i...
We discuss the issue of finding a good mathematical programming solver configuration for a particula...
abstract: This study concerns optimal designs for experiments where responses consist of both binary...
Mixed integer programming (MIP) problems are highly parameterized, and finding parameter settings th...
The tuning of optimization software is of key interest to researchers solving mixed integer programm...
Models need to be complex to cope with the complexity of today’s data. Model complexity arises in pa...
As advanced undergraduate and graduate students begin conducting research, they must base their work...
We address the problem of nding the pa-rameter settings that will result in optimal performance of a...
We present a computational study of parametric tabu search for solving 01 mixed integer programming ...
Mathematical solvers can be parameterized today with a multitude of different parameters. While defa...
Variable selection has been widely used in regression data mining not only to select informative var...
We address the problem of finding the parameter settings that will result in optimal performance of ...
UnrestrictedThe enormous and growing complexity of today's high-end systems has increased the alread...
International audienceWe propose a methodology, based on machine learning and optimization, for sele...
none2The performance of mixed-integer programming solvers is subject to some unexpected variability ...
Classification, the development of rules for the allocation of observations to one or more groups, i...
We discuss the issue of finding a good mathematical programming solver configuration for a particula...
abstract: This study concerns optimal designs for experiments where responses consist of both binary...
Mixed integer programming (MIP) problems are highly parameterized, and finding parameter settings th...
The tuning of optimization software is of key interest to researchers solving mixed integer programm...
Models need to be complex to cope with the complexity of today’s data. Model complexity arises in pa...
As advanced undergraduate and graduate students begin conducting research, they must base their work...
We address the problem of nding the pa-rameter settings that will result in optimal performance of a...
We present a computational study of parametric tabu search for solving 01 mixed integer programming ...
Mathematical solvers can be parameterized today with a multitude of different parameters. While defa...
Variable selection has been widely used in regression data mining not only to select informative var...
We address the problem of finding the parameter settings that will result in optimal performance of ...
UnrestrictedThe enormous and growing complexity of today's high-end systems has increased the alread...
International audienceWe propose a methodology, based on machine learning and optimization, for sele...
none2The performance of mixed-integer programming solvers is subject to some unexpected variability ...
Classification, the development of rules for the allocation of observations to one or more groups, i...
We discuss the issue of finding a good mathematical programming solver configuration for a particula...
abstract: This study concerns optimal designs for experiments where responses consist of both binary...