AbstractOn-line algorithms have been extensively studied for the one-dimensional bin packing problem. In this paper, we investigate two classes of one-dimensional bin packing algorithms, and we give better lower bounds for their asymptotic worst-case behavior. For on-line algorithms so far the best lower bound was given by van Vliet in (1992) [12]. He proved that there is no on-line bin packing algorithm with better asymptotic performance ratio than 1.54014…. In this paper, we give an improvement on this bound to 248161=1.54037… and we investigate the parametric case as well. For those lists where the elements are preprocessed according to their sizes in non-increasing order, Csirik et al. (1983) [1] proved that no on-line algorithm can hav...
AbstractThis paper unifies and generalizes the existing lower bounds for the one-dimensional bin pac...
AbstractIn this paper, we present improved bounds for the First Fit algorithm for the bin-packing pr...
In this paper, we address the issue of computing fast lower bounds for the Bin Packing problem, i.e....
AbstractOn-line algorithms have been extensively studied for the one-dimensional bin packing problem...
In this paper we discuss lower bounds for the asymptotic worst case ratio of on-line algorithms for ...
textabstractIn this paper we discuss lower bounds for the asymptotic worst case ratio of on-line alg...
We improve the lower bound on the asymptotic competitive ratio of any online algorithm for bin packi...
We improve the lower bound on the asymptotic competitive ratio of any online algorithm for bin packi...
AbstractIn this note we present a simplified proof of a lower bound for on-line bin packing. This pr...
We introduce and study the batched bin packing problem (BBPP), a bin packing problem in which items ...
AbstractWe introduce and study the batched bin packing problem (BBPP), a bin packing problem in whic...
Low-order polynomial time algorithms for near-optimal solutions to the problem of bin packing are st...
Abstract In this paper we will consider a special relaxation of the well-known online bin packing pr...
Abstract In this paper we will consider a special relaxation of the well-known online bin packing pr...
AbstractIn 1985, Martel published a linear time algorithm with a 43 asymptotic worst-case ratio for ...
AbstractThis paper unifies and generalizes the existing lower bounds for the one-dimensional bin pac...
AbstractIn this paper, we present improved bounds for the First Fit algorithm for the bin-packing pr...
In this paper, we address the issue of computing fast lower bounds for the Bin Packing problem, i.e....
AbstractOn-line algorithms have been extensively studied for the one-dimensional bin packing problem...
In this paper we discuss lower bounds for the asymptotic worst case ratio of on-line algorithms for ...
textabstractIn this paper we discuss lower bounds for the asymptotic worst case ratio of on-line alg...
We improve the lower bound on the asymptotic competitive ratio of any online algorithm for bin packi...
We improve the lower bound on the asymptotic competitive ratio of any online algorithm for bin packi...
AbstractIn this note we present a simplified proof of a lower bound for on-line bin packing. This pr...
We introduce and study the batched bin packing problem (BBPP), a bin packing problem in which items ...
AbstractWe introduce and study the batched bin packing problem (BBPP), a bin packing problem in whic...
Low-order polynomial time algorithms for near-optimal solutions to the problem of bin packing are st...
Abstract In this paper we will consider a special relaxation of the well-known online bin packing pr...
Abstract In this paper we will consider a special relaxation of the well-known online bin packing pr...
AbstractIn 1985, Martel published a linear time algorithm with a 43 asymptotic worst-case ratio for ...
AbstractThis paper unifies and generalizes the existing lower bounds for the one-dimensional bin pac...
AbstractIn this paper, we present improved bounds for the First Fit algorithm for the bin-packing pr...
In this paper, we address the issue of computing fast lower bounds for the Bin Packing problem, i.e....