This paper introduces a new improvement heuristic for irregular cutting and packing problems. The method is based on a small number of repetitions of any leftmost placement policy and is particularly effective in situations where computation time is strictly limited but exceeds that required for a single pass approach. Both the algorithm and the geometry required for implementation are described in full and the results of computational experiments on a variety of data are presented. These results show that the algorithm is an effective technique for producing good packings
This paper addresses the irregular strip packing problem, a particular two-dimensional cutting and p...
Cutting and packing problems are increasingly prevalent in industry. A well utilised freight vehicle...
The irregular shape-packing problem has received increasing attention over the last 15 years. An ana...
The research presented in this thesis belongs to the subject area of operations research. The study ...
Cutting and packing problems have been a core area of research for many decades. Irregular shape pac...
ABSTRACT The irregular strip packing problem is a common variant of cutting and packing problems. On...
Cutting and packing problems have been a core area of research for many decades. Irregular shape pac...
This thesis investigates the field of irregular two-dimensional stock cutting from the perspective o...
The nesting problem is an irregular two-dimensional cutting problem where the shapes of the pieces t...
The cutting and packing problems consist of placing one set of shapes inside a set of containers in ...
Problem generators are practical solutions for generating a set of inputs to specific problems. Thes...
The paper investigates the two-dimensional irregular packing problem with multiple homogeneous bins ...
In this paper we undertake an empirical study which examines the effectiveness of eight simple strip...
AbstractThe irregular strip packing problem is a combinatorial optimization problem that requires to...
The irregular shape packing problem is approached. The container has a fixed width and an open dimen...
This paper addresses the irregular strip packing problem, a particular two-dimensional cutting and p...
Cutting and packing problems are increasingly prevalent in industry. A well utilised freight vehicle...
The irregular shape-packing problem has received increasing attention over the last 15 years. An ana...
The research presented in this thesis belongs to the subject area of operations research. The study ...
Cutting and packing problems have been a core area of research for many decades. Irregular shape pac...
ABSTRACT The irregular strip packing problem is a common variant of cutting and packing problems. On...
Cutting and packing problems have been a core area of research for many decades. Irregular shape pac...
This thesis investigates the field of irregular two-dimensional stock cutting from the perspective o...
The nesting problem is an irregular two-dimensional cutting problem where the shapes of the pieces t...
The cutting and packing problems consist of placing one set of shapes inside a set of containers in ...
Problem generators are practical solutions for generating a set of inputs to specific problems. Thes...
The paper investigates the two-dimensional irregular packing problem with multiple homogeneous bins ...
In this paper we undertake an empirical study which examines the effectiveness of eight simple strip...
AbstractThe irregular strip packing problem is a combinatorial optimization problem that requires to...
The irregular shape packing problem is approached. The container has a fixed width and an open dimen...
This paper addresses the irregular strip packing problem, a particular two-dimensional cutting and p...
Cutting and packing problems are increasingly prevalent in industry. A well utilised freight vehicle...
The irregular shape-packing problem has received increasing attention over the last 15 years. An ana...