We consider the d-dimensional cube packing problem (d-CPP): given a list L of d-dimensional cubes and (an unlimited quantity of) d-dimensional unit-capacity cubes, called bins, find a packing of L into the minimum number of bins. We present two approximations algorithms for d-CPP, for fixed d. The first algorithm has an asymptotic performance bound that can be made arbitrarily close to 2 - 1/2d. The second algorithm is an improvement of the first and has an asymptotic performance bound that can be made arbitrarily close to 2 - (2/3)d. To our knowledge, these results improve the bounds known so far for d = 2 and d = 3, and are the first results with bounds that are not exponential in the dimension.7110113Coppersmith, D., Raghavan, P., Multid...
We solve an open problem in the literature by providing an online algorithm for multidimensional bin...
AbstractThe two-dimensional bin packing problem is a generalization of the classical bin packing pro...
Orthogonal packing problems are natural multidimensional generalizations of the classical bin packin...
We consider the d-dimensional cube packing problem (d-CPP): given a list L of d-dimensional cubes an...
The Cube Packing Problem (CPP) is defined as follows. Find a packing of a given list of (small) cube...
We study the following packing problem: Given a collection of d-dimensional rectangles of specified ...
AbstractThe Cube Packing Problem (CPP) is defined as follows. Find a packing of a given list of (sma...
We consider the problem of packing ddimensional cubes into the minimum number of unit cubes with 2-s...
We consider the d-dimensional bin packing problem, the most relevant generalization of classical bin...
textabstractWe solve an open problem in the literature by providing an online algorithm for multidim...
Orthogonal packing problems are natural multidimensional generalizations of the classical bin packin...
The two-dimensional bin packing problem is a generalization of the classical bin packing problem and...
AbstractOrthogonal packing problems are natural multidimensional generalizations of the classical bi...
We present approximation algorithms for the two- and three-dimensional bin packing problems and the ...
A comparative study is made of algorithms for a general multidimensional problem involving the packi...
We solve an open problem in the literature by providing an online algorithm for multidimensional bin...
AbstractThe two-dimensional bin packing problem is a generalization of the classical bin packing pro...
Orthogonal packing problems are natural multidimensional generalizations of the classical bin packin...
We consider the d-dimensional cube packing problem (d-CPP): given a list L of d-dimensional cubes an...
The Cube Packing Problem (CPP) is defined as follows. Find a packing of a given list of (small) cube...
We study the following packing problem: Given a collection of d-dimensional rectangles of specified ...
AbstractThe Cube Packing Problem (CPP) is defined as follows. Find a packing of a given list of (sma...
We consider the problem of packing ddimensional cubes into the minimum number of unit cubes with 2-s...
We consider the d-dimensional bin packing problem, the most relevant generalization of classical bin...
textabstractWe solve an open problem in the literature by providing an online algorithm for multidim...
Orthogonal packing problems are natural multidimensional generalizations of the classical bin packin...
The two-dimensional bin packing problem is a generalization of the classical bin packing problem and...
AbstractOrthogonal packing problems are natural multidimensional generalizations of the classical bi...
We present approximation algorithms for the two- and three-dimensional bin packing problems and the ...
A comparative study is made of algorithms for a general multidimensional problem involving the packi...
We solve an open problem in the literature by providing an online algorithm for multidimensional bin...
AbstractThe two-dimensional bin packing problem is a generalization of the classical bin packing pro...
Orthogonal packing problems are natural multidimensional generalizations of the classical bin packin...