It is well known that on-line preemptive scheduling algorithms can achieve efficient performance, A classic example is the Shortest Remaining Processing Time (SRPT) algorithm which is optimal for flow time scheduling, assuming preemption is costless. In real systems, however, preemption has significant overhead. In this paper we suggest a new model where preemption is costly. This introduces new considerations for preemptive scheduling algorithms and inherently calls for new scheduling strategies. We present a simple on-line algorithm and present lower bounds for on-line as well as efficient off-line algorithms which show that our algorithm performs close to optimal. © Springer-Verlag Berlin Heidelberg 2006
AbstractThis paper investigates the notion of preemption in scheduling, with earliness and tardiness...
This note deals with the scheduling problem of maximizing the number of early jobs on a single machi...
This note deals with the scheduling problem of maximizing the number of early jobs on a single machi...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance, A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance, A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
LNCS v. 7408 has title: Approximation, randomization, and combinatorial optimization : algorithms an...
We consider the classical problem of scheduling jobs in a multiprocessor setting in order to minimiz...
We consider the classical problem of scheduling jobs in a multiprocessor setting in order to minimiz...
The question whether preemptive algorithms are better than nonpreemptive ones for scheduling a set o...
AbstractThis paper investigates the notion of preemption in scheduling, with earliness and tardiness...
This note deals with the scheduling problem of maximizing the number of early jobs on a single machi...
This note deals with the scheduling problem of maximizing the number of early jobs on a single machi...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance, A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance, A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
It is well known that on-line preemptive scheduling algorithms can achieve efficient performance. A ...
LNCS v. 7408 has title: Approximation, randomization, and combinatorial optimization : algorithms an...
We consider the classical problem of scheduling jobs in a multiprocessor setting in order to minimiz...
We consider the classical problem of scheduling jobs in a multiprocessor setting in order to minimiz...
The question whether preemptive algorithms are better than nonpreemptive ones for scheduling a set o...
AbstractThis paper investigates the notion of preemption in scheduling, with earliness and tardiness...
This note deals with the scheduling problem of maximizing the number of early jobs on a single machi...
This note deals with the scheduling problem of maximizing the number of early jobs on a single machi...