AbstractWe study a new variant of the online bin-packing problem, in which each item ai is associated with a size ai and also a release time ri so that it must be placed at least ri above the bottom of a bin. Items arrive in turn and must be assigned without any knowledge of subsequent items. The goal is to pack all items into unit-size bins using the minimum number of bins. We study the problem with all items have equal size. First, we show that the ANY FIT algorithm cannot be approximated within any constant. Then we present a best possible online algorithm with asymptotic competitive ratio of two
AbstractWe study a new kind of online bin packing with conflicts, motivated by a problem arising whe...
Abstract In this paper we will consider a special relaxation of the well-known online bin packing pr...
We study an on-line bin packing problem. A fixed number n of bins, possibly of different sizes, are ...
AbstractWe study a new variant of the online bin-packing problem, in which each item ai is associate...
We revisit the classic online bin packing problem studied in the half-century. In this problem, item...
AbstractIn competitive analysis, we usually do not put any restrictions on the computational complex...
We study the online bin packing problem under two stochastic settings. In the bin packing problem, w...
The typical online bin-packing problem requires the fitting of a sequence of rationals in (0, 1] int...
Cardinality constrained bin packing or bin packing with cardinality constraints is a basic bin packi...
Abstract. In the bin packing problem we are given an instance consist-ing of a sequence of items wit...
AbstractWe consider a natural resource allocation problem in which we are given a set of items, wher...
AbstractThis paper studies the dynamic bin packing problem, in which items arrive and depart at arbi...
AbstractThe classical bin packing problem is one of the best-known and most widely studied problems ...
We improve the lower bound on the asymptotic competitive ratio of any online algorithm for bin packi...
We consider the NP Hard problem of online Bin Packing while requiring that larger (or longer) items ...
AbstractWe study a new kind of online bin packing with conflicts, motivated by a problem arising whe...
Abstract In this paper we will consider a special relaxation of the well-known online bin packing pr...
We study an on-line bin packing problem. A fixed number n of bins, possibly of different sizes, are ...
AbstractWe study a new variant of the online bin-packing problem, in which each item ai is associate...
We revisit the classic online bin packing problem studied in the half-century. In this problem, item...
AbstractIn competitive analysis, we usually do not put any restrictions on the computational complex...
We study the online bin packing problem under two stochastic settings. In the bin packing problem, w...
The typical online bin-packing problem requires the fitting of a sequence of rationals in (0, 1] int...
Cardinality constrained bin packing or bin packing with cardinality constraints is a basic bin packi...
Abstract. In the bin packing problem we are given an instance consist-ing of a sequence of items wit...
AbstractWe consider a natural resource allocation problem in which we are given a set of items, wher...
AbstractThis paper studies the dynamic bin packing problem, in which items arrive and depart at arbi...
AbstractThe classical bin packing problem is one of the best-known and most widely studied problems ...
We improve the lower bound on the asymptotic competitive ratio of any online algorithm for bin packi...
We consider the NP Hard problem of online Bin Packing while requiring that larger (or longer) items ...
AbstractWe study a new kind of online bin packing with conflicts, motivated by a problem arising whe...
Abstract In this paper we will consider a special relaxation of the well-known online bin packing pr...
We study an on-line bin packing problem. A fixed number n of bins, possibly of different sizes, are ...