AbstractIn the real world (i.e., steel industry) we can find cutting problems where rectangles are to be cut by guillotine cuts from master rectangles such that rectangular defect areas are to be avoided. The classical solution of the maximum empty rectangle problem is often not sufficient for these real world problems. The aim of this paper is therefore to find all usable restricted rectangles and not the maximum empty rectangle only
En este artículo, se considera el problema de encontrar un patrón de empaquetamiento de rectángulos ...
Abstract: Both the material usage and the complexity of the cutting process should be considered in ...
The constrained two-dimensional cutting problem involves maximising the sum of the profits obtained ...
AbstractIn the real world (i.e., steel industry) we can find cutting problems where rectangles are t...
These are 30 instances of the two-dimensional non-guillotine cutting problem, which aims at maximiz...
Imagine a wooden plate with a set of non-overlapping geometric objects painted on it. How many of th...
Surface cutting problems in two dimensions are considered for nonrectangular items. An exact solutio...
Guillotine separability of rectangles has recently gained prominence in combinatorial optimization, ...
We consider the following problem: Given a rectangle containing N points, find the largest area subr...
AbstractGiven a rectangle A and a set S of n points in A, the maximum empty rectangle problem is tha...
In two-dimensional geometric knapsack problem, we are given a set of n axis-aligned rectangular item...
Abstract: This paper presents a heuristic for the constrained two-dimensional cutting problem in whi...
© 2018, Pleiades Publishing, Ltd. An extension of the concept of the guillotine layout function has ...
This paper presents an algorithm for the constrained two-dimensional cutting problem of rectangular ...
We address the Constrained Guillotine Cutting Problems (CGCP) in this doctoral thesis. The CGCP cons...
En este artículo, se considera el problema de encontrar un patrón de empaquetamiento de rectángulos ...
Abstract: Both the material usage and the complexity of the cutting process should be considered in ...
The constrained two-dimensional cutting problem involves maximising the sum of the profits obtained ...
AbstractIn the real world (i.e., steel industry) we can find cutting problems where rectangles are t...
These are 30 instances of the two-dimensional non-guillotine cutting problem, which aims at maximiz...
Imagine a wooden plate with a set of non-overlapping geometric objects painted on it. How many of th...
Surface cutting problems in two dimensions are considered for nonrectangular items. An exact solutio...
Guillotine separability of rectangles has recently gained prominence in combinatorial optimization, ...
We consider the following problem: Given a rectangle containing N points, find the largest area subr...
AbstractGiven a rectangle A and a set S of n points in A, the maximum empty rectangle problem is tha...
In two-dimensional geometric knapsack problem, we are given a set of n axis-aligned rectangular item...
Abstract: This paper presents a heuristic for the constrained two-dimensional cutting problem in whi...
© 2018, Pleiades Publishing, Ltd. An extension of the concept of the guillotine layout function has ...
This paper presents an algorithm for the constrained two-dimensional cutting problem of rectangular ...
We address the Constrained Guillotine Cutting Problems (CGCP) in this doctoral thesis. The CGCP cons...
En este artículo, se considera el problema de encontrar un patrón de empaquetamiento de rectángulos ...
Abstract: Both the material usage and the complexity of the cutting process should be considered in ...
The constrained two-dimensional cutting problem involves maximising the sum of the profits obtained ...