We consider approximate PCPs for multidimensional bin-packing problems. In particular, we show how a verifier can be quickly convinced that a set of multidimensional blocks can be packed into a small number of bins. The running time of the verifier is bounded by O(T(n)), where T(n) is the time required to test for heaviness. We give heaviness testers that can test heaviness of an element in the domain [1, ...,n]d in time O((log n)d). We also also give approximate PCPs with efficient verifiers for recursive bin packing and multidimensional routing
Abstract“Bin packing with rejection” is the following problem: Given a list of items with associated...
The typical online bin-packing problem requires the fitting of a sequence of rationals in (0, 1] int...
The bin packing problem consists of finding the minimum number of bins, of given capacity D, require...
We consider approximate PCPs for multidimensional bin-packing problems. In particular, we show how a...
AbstractWe consider approximate PCPs for multidimensional bin-packing problems. In particular, we sh...
AbstractWe study the parallel complexity of polynomial heuristics for the bin packing problem. We sh...
We present approximation algorithms for the following problems: the two-dimensional bin packing (2BP...
We consider the d-dimensional cube packing problem (d-CPP): given a list L of d-dimensional cubes an...
textabstractWe solve an open problem in the literature by providing an online algorithm for multidim...
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...
We consider the d-dimensional cube packing problem (d-CPP): given a list L of d-dimensional cubes an...
We present approximation algorithms for the two- and three-dimensional bin packing problems and the ...
The bin packing problem has been the corner stone of approximation algorithms and has been extensive...
Since the Bin Packing Problem (BPP) is one of the main NP-hard problems, a lot of approximation algo...
Abstract“Bin packing with rejection” is the following problem: Given a list of items with associated...
The typical online bin-packing problem requires the fitting of a sequence of rationals in (0, 1] int...
The bin packing problem consists of finding the minimum number of bins, of given capacity D, require...
We consider approximate PCPs for multidimensional bin-packing problems. In particular, we show how a...
AbstractWe consider approximate PCPs for multidimensional bin-packing problems. In particular, we sh...
AbstractWe study the parallel complexity of polynomial heuristics for the bin packing problem. We sh...
We present approximation algorithms for the following problems: the two-dimensional bin packing (2BP...
We consider the d-dimensional cube packing problem (d-CPP): given a list L of d-dimensional cubes an...
textabstractWe solve an open problem in the literature by providing an online algorithm for multidim...
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...
We consider the d-dimensional cube packing problem (d-CPP): given a list L of d-dimensional cubes an...
We present approximation algorithms for the two- and three-dimensional bin packing problems and the ...
The bin packing problem has been the corner stone of approximation algorithms and has been extensive...
Since the Bin Packing Problem (BPP) is one of the main NP-hard problems, a lot of approximation algo...
Abstract“Bin packing with rejection” is the following problem: Given a list of items with associated...
The typical online bin-packing problem requires the fitting of a sequence of rationals in (0, 1] int...
The bin packing problem consists of finding the minimum number of bins, of given capacity D, require...