The main problem studied in this thesis is that of parallel machine scheduling with precedence constraints. The complexity depends on the shape that the precedence graph takes and the objective function. We prove that one minimum-open problem of scheduling equal-processing-time jobs which subject to in-tree precedence constrains is NP complete while minimizing the total competition time.Then, we prove that the open problem of scheduling level-order precedence constrains is NP-complete too. We adapted the second proof to other scheduling problems as well.On the other hand, we improved an exponential algorithm designed for a specific NP-hard problem. At the end, we propose a linear programming model for the general scheduling problem with arb...
After a state of art on classical scheduling and on real-ime scheduling, particularly, allowing to d...
After a state of art on classical scheduling and on real-ime scheduling, particularly, allowing to d...
This work presents approximation algorithms for scheduling the tasks of a parallel application that ...
The main problem studied in this thesis is that of parallel machine scheduling with precedence const...
Dans cette thèse, nous considérons une famille des problèmes d’ordonnancement avec machine parallèle...
International audienceThis paper deals with the mathematical modeling of a scheduling problem for un...
A set of n nonpreemptive tasks are to be scheduled on m parallel dedicated machines with a regular ...
A set of n nonpreemptive tasks are to be scheduled on m parallel dedicated machines with a regular ...
A set of n nonpreemptive tasks are to be scheduled on m parallel dedicated machines with a regular ...
A set of n nonpreemptive tasks are to be scheduled on m parallel dedicated machines with a regular ...
The final publication is available at link.springer.comPeer ReviewedPostprint (author's final draft
This work presents approximation algorithms for scheduling the tasks of a parallel application that ...
When considering the NP-hard problem of scheduling precedence constrained tasks with preemptions on ...
We show a close connection between structural hardness for k-partite graphs and tight inapproximabil...
This work presents approximation algorithms for scheduling the tasks of a parallel application that ...
After a state of art on classical scheduling and on real-ime scheduling, particularly, allowing to d...
After a state of art on classical scheduling and on real-ime scheduling, particularly, allowing to d...
This work presents approximation algorithms for scheduling the tasks of a parallel application that ...
The main problem studied in this thesis is that of parallel machine scheduling with precedence const...
Dans cette thèse, nous considérons une famille des problèmes d’ordonnancement avec machine parallèle...
International audienceThis paper deals with the mathematical modeling of a scheduling problem for un...
A set of n nonpreemptive tasks are to be scheduled on m parallel dedicated machines with a regular ...
A set of n nonpreemptive tasks are to be scheduled on m parallel dedicated machines with a regular ...
A set of n nonpreemptive tasks are to be scheduled on m parallel dedicated machines with a regular ...
A set of n nonpreemptive tasks are to be scheduled on m parallel dedicated machines with a regular ...
The final publication is available at link.springer.comPeer ReviewedPostprint (author's final draft
This work presents approximation algorithms for scheduling the tasks of a parallel application that ...
When considering the NP-hard problem of scheduling precedence constrained tasks with preemptions on ...
We show a close connection between structural hardness for k-partite graphs and tight inapproximabil...
This work presents approximation algorithms for scheduling the tasks of a parallel application that ...
After a state of art on classical scheduling and on real-ime scheduling, particularly, allowing to d...
After a state of art on classical scheduling and on real-ime scheduling, particularly, allowing to d...
This work presents approximation algorithms for scheduling the tasks of a parallel application that ...