AbstractIn this paper we define and investigate a new scheduling model. In this new model the number of machines is not fixed; the algorithm has to purchase the used machines, moreover the jobs can be rejected. We show that the simple combinations of the algorithms used in the area of scheduling with rejections and the area of scheduling with machine cost are not constant competitive. We present a 2.618-competitive algorithm called OPTCOPY
International audienceIn this paper we prove the (constant) competitiveness of an online algorithm f...
In this paper we study the problem of assigning unit-size tasks to related machines when only limite...
This paper deals with multiprocessor scheduling with rejection technique where each job is provided ...
AbstractIn this paper we define and investigate a new scheduling model. In this new model the number...
AbstractFor most scheduling problems the set of machines is fixed initially and remains unchanged fo...
AbstractThe problem of online multiprocessor scheduling with rejection was introduced by Bartal et a...
AbstractThis paper considers the online scheduling problem with machine cost. We are given a sequenc...
International audienceWhen a computer system schedules jobs there is typically a significant cost as...
This thesis proposes and evaluates some online algorithms for machine scheduling problems. Determini...
We explore the machine-minimizing job scheduling problem, which has a rich history in the line of re...
AbstractIn this paper, we consider single-machine scheduling problems under the job rejection constr...
We consider the problem of scheduling a maximum profit selection of jobs on m identical machines. Jo...
We investigate an online version of a basic scheduling problem where a set of jobs has to be schedul...
We consider an online scheduling problem where jobs arrive one by one and each job must be irrevocab...
This thesis presents several new results on online job scheduling. Job scheduling is a basic require...
International audienceIn this paper we prove the (constant) competitiveness of an online algorithm f...
In this paper we study the problem of assigning unit-size tasks to related machines when only limite...
This paper deals with multiprocessor scheduling with rejection technique where each job is provided ...
AbstractIn this paper we define and investigate a new scheduling model. In this new model the number...
AbstractFor most scheduling problems the set of machines is fixed initially and remains unchanged fo...
AbstractThe problem of online multiprocessor scheduling with rejection was introduced by Bartal et a...
AbstractThis paper considers the online scheduling problem with machine cost. We are given a sequenc...
International audienceWhen a computer system schedules jobs there is typically a significant cost as...
This thesis proposes and evaluates some online algorithms for machine scheduling problems. Determini...
We explore the machine-minimizing job scheduling problem, which has a rich history in the line of re...
AbstractIn this paper, we consider single-machine scheduling problems under the job rejection constr...
We consider the problem of scheduling a maximum profit selection of jobs on m identical machines. Jo...
We investigate an online version of a basic scheduling problem where a set of jobs has to be schedul...
We consider an online scheduling problem where jobs arrive one by one and each job must be irrevocab...
This thesis presents several new results on online job scheduling. Job scheduling is a basic require...
International audienceIn this paper we prove the (constant) competitiveness of an online algorithm f...
In this paper we study the problem of assigning unit-size tasks to related machines when only limite...
This paper deals with multiprocessor scheduling with rejection technique where each job is provided ...