[[abstract]]We consider preemptive scheduling on parallel machines where processing times of jobs are i.i.d. but jobs may already have received distinct amounts of service. We show that when processing times are increasing in likelihood ratio, SEPT (shortest expected [remaining] processing time first) stochastically minimizes any increasing and Schur-concave function of the job completion times. The same result holds when processing times are exponential with possibly different means.[[fileno]]2030162010057[[department]]電機工程學
In a landmark paper from 1986, Kawaguchi and Kyan show that scheduling jobs according to ratios weig...
AbstractThis paper studies a dual of classical stochastic scheduling of parallel processor systems. ...
This dissertation is concerned with developing optimal strategies for the scheduling of stochastic j...
A number of jobs are to be processed using a number of identical machines which operate in parallel....
A number of identical machines operating in parallel are to be used to complete the processing of a ...
We consider dynamic stochastic scheduling of preemptive jobs with processing times that follow indep...
[[abstract]]We consider preemptive scheduling on parallel machines where the number of available mac...
We consider preemptive scheduling on parallel machines where the number of available machines may be...
We consider the problem of minimizing the expected makespan of n jobs with independent exponentially...
We consider the problem to minimize the total weighted completion time of a set of jobs with individ...
We present first constant performance guarantees for preemptive stochastic scheduling to minimize th...
We consider a stochastic scheduling problem in which there is uncertainty about parameters of the pr...
We study stochastic scheduling on m parallel identical machines with random processing times. The co...
We present first constant performance guarantees for preemptive stochastic scheduling to minimize th...
A number of identical machines operating in parallel are to be used to complete the processing of a ...
In a landmark paper from 1986, Kawaguchi and Kyan show that scheduling jobs according to ratios weig...
AbstractThis paper studies a dual of classical stochastic scheduling of parallel processor systems. ...
This dissertation is concerned with developing optimal strategies for the scheduling of stochastic j...
A number of jobs are to be processed using a number of identical machines which operate in parallel....
A number of identical machines operating in parallel are to be used to complete the processing of a ...
We consider dynamic stochastic scheduling of preemptive jobs with processing times that follow indep...
[[abstract]]We consider preemptive scheduling on parallel machines where the number of available mac...
We consider preemptive scheduling on parallel machines where the number of available machines may be...
We consider the problem of minimizing the expected makespan of n jobs with independent exponentially...
We consider the problem to minimize the total weighted completion time of a set of jobs with individ...
We present first constant performance guarantees for preemptive stochastic scheduling to minimize th...
We consider a stochastic scheduling problem in which there is uncertainty about parameters of the pr...
We study stochastic scheduling on m parallel identical machines with random processing times. The co...
We present first constant performance guarantees for preemptive stochastic scheduling to minimize th...
A number of identical machines operating in parallel are to be used to complete the processing of a ...
In a landmark paper from 1986, Kawaguchi and Kyan show that scheduling jobs according to ratios weig...
AbstractThis paper studies a dual of classical stochastic scheduling of parallel processor systems. ...
This dissertation is concerned with developing optimal strategies for the scheduling of stochastic j...