AbstractFinding all solutions of nonlinear or piecewise-linear equations is an important problem which is widely encountered in science and engineering. Various algorithms have been proposed for this problem. However, the implementation of these algorithms are generally difficult for non-experts or beginners. In this paper, an efficient method is proposed for finding all solutions of separable systems of piecewise-linear equations using integer programming. In this method, we formulate the problem of finding all solutions by a mixed integer programming problem, and solve it by a high-performance integer programming software such as GLPK, SCIP, or CPLEX. It is shown that the proposed method can be easily implemented without making complicate...
AbstractIn this paper, we present a new algorithm for the exact solutions of linear systems with int...
AbstractRecently, an efficient algorithm has been proposed for finding all solutions of systems of n...
International audienceWe consider quadratic programs with pure general integer variables. The object...
AbstractFinding all solutions of nonlinear or piecewise-linear equations is an important problem whi...
AbstractA recent paper by Hochbaum and Shanthikumar presented “a general-purpose algorithm for conve...
Abtract. Original integer general solutions, together with examples, are presented to solve linear e...
Abtract. Original integer general solutions, together with examples, are presented to solve linear e...
We discuss two models from the literature that have been developed to formulate piecewise linear app...
Abstract: Two algorithms for solving Diophantine linear equations and five algorithms for solving Di...
AbstractThe separable integer programming problem with so called nested constraints is shown to be e...
AbstractAn exact method for solving all-integer non-linear programming problems with a separable non...
A linear programming-based method is presented for finding all solutions of nonlinear systems of equ...
AbstractPiecewise linear methods had their beginning in the mid-1960s with Lemke's algorithm for cal...
A generalized linear complementarity problem which is equivalent to finding a root of a piecewise-li...
International audienceWe consider quadratic programs with pure general integer variables. The object...
AbstractIn this paper, we present a new algorithm for the exact solutions of linear systems with int...
AbstractRecently, an efficient algorithm has been proposed for finding all solutions of systems of n...
International audienceWe consider quadratic programs with pure general integer variables. The object...
AbstractFinding all solutions of nonlinear or piecewise-linear equations is an important problem whi...
AbstractA recent paper by Hochbaum and Shanthikumar presented “a general-purpose algorithm for conve...
Abtract. Original integer general solutions, together with examples, are presented to solve linear e...
Abtract. Original integer general solutions, together with examples, are presented to solve linear e...
We discuss two models from the literature that have been developed to formulate piecewise linear app...
Abstract: Two algorithms for solving Diophantine linear equations and five algorithms for solving Di...
AbstractThe separable integer programming problem with so called nested constraints is shown to be e...
AbstractAn exact method for solving all-integer non-linear programming problems with a separable non...
A linear programming-based method is presented for finding all solutions of nonlinear systems of equ...
AbstractPiecewise linear methods had their beginning in the mid-1960s with Lemke's algorithm for cal...
A generalized linear complementarity problem which is equivalent to finding a root of a piecewise-li...
International audienceWe consider quadratic programs with pure general integer variables. The object...
AbstractIn this paper, we present a new algorithm for the exact solutions of linear systems with int...
AbstractRecently, an efficient algorithm has been proposed for finding all solutions of systems of n...
International audienceWe consider quadratic programs with pure general integer variables. The object...