We study the value of information in semi-online single machine scheduling problems. We propose semi-online algorithms to solve these problems and evaluate their performances. Unlike the classical offline scheduling problems where the decision maker knows all characteristics of the instance to be scheduled, in online scheduling problems the decision-making is performed without previous information or only with partial information about the instance. Our work consists in distinguishing information that can improve the decision-making in a semi-online scheduling context from information that, even if available, does not bring any improvement. We mainly deal with semi-online problems for minimising the total completion time on a single machine...
Mgr. Tomáš Ebenlendr Combinatorial algorithms for online problems: Semi-online scheduling on related...
AbstractThis paper investigates the semi-online machine covering problems on m≥3 parallel identical ...
AbstractThis paper investigates the semi-online version of scheduling problem P||Cmax on a three-mac...
We study the value of information in semi-online single machine scheduling problems. We propose semi...
Nous étudions la valeur de l’information dans des problèmes d’ordonnancement semi-online sur machine...
International audienceThis paper addresses a semi-online setting of the minimization of the total co...
Makespan minimization onm identical machines is a fundamental scheduling problem. The goal is to ass...
AbstractMakespan minimization on m identical machines is a fundamental scheduling problem. The goal ...
This thesis proposes and evaluates some online algorithms for machine scheduling problems. Determini...
The single machine semi-online scheduling problem with the objective of minimizing total completion ...
International audienceWe consider the problem of scheduling jobs on-line on a single machine with th...
In this paper we consider several semi-online scheduling problems on two identical machines with com...
AbstractIn semi-online scheduling problems, we always assume that some partial additional informatio...
We consider the semi-online parallel machine scheduling problem of minimizing the makespan given a p...
This thesis presents results of our research in the area of optimization problems with incomplete in...
Mgr. Tomáš Ebenlendr Combinatorial algorithms for online problems: Semi-online scheduling on related...
AbstractThis paper investigates the semi-online machine covering problems on m≥3 parallel identical ...
AbstractThis paper investigates the semi-online version of scheduling problem P||Cmax on a three-mac...
We study the value of information in semi-online single machine scheduling problems. We propose semi...
Nous étudions la valeur de l’information dans des problèmes d’ordonnancement semi-online sur machine...
International audienceThis paper addresses a semi-online setting of the minimization of the total co...
Makespan minimization onm identical machines is a fundamental scheduling problem. The goal is to ass...
AbstractMakespan minimization on m identical machines is a fundamental scheduling problem. The goal ...
This thesis proposes and evaluates some online algorithms for machine scheduling problems. Determini...
The single machine semi-online scheduling problem with the objective of minimizing total completion ...
International audienceWe consider the problem of scheduling jobs on-line on a single machine with th...
In this paper we consider several semi-online scheduling problems on two identical machines with com...
AbstractIn semi-online scheduling problems, we always assume that some partial additional informatio...
We consider the semi-online parallel machine scheduling problem of minimizing the makespan given a p...
This thesis presents results of our research in the area of optimization problems with incomplete in...
Mgr. Tomáš Ebenlendr Combinatorial algorithms for online problems: Semi-online scheduling on related...
AbstractThis paper investigates the semi-online machine covering problems on m≥3 parallel identical ...
AbstractThis paper investigates the semi-online version of scheduling problem P||Cmax on a three-mac...