AbstractThis paper introduces a new list scheduling algorithm that uses greedy duplication to solve a scheduling problem with communication delays and resource limitations. We prove that, for any priority list, its worst-case relative performance is bounded by 2 − 1m and that this bound is tight
The efficient scheduling algorithm is critical to achieve high performance in parallel and distribut...
International audienceWe show that the problem of scheduling chains of unit execution time (UET) job...
A set of unit-time tasks has to be processed on an unrestricted number of processors subject to prec...
AbstractWe consider the problem of scheduling a partially ordered set of unit execution time (UET) t...
AbstractAlthough most of the scheduling problems with interprocessor communication delays have been ...
AbstractThis paper defines and studies an approximation algorithm for scheduling tasks with small co...
AbstractWe investigate the problem of minimizing the makespan (resp. the sum of completion time) for...
AbstractThis paper studies the relative performance of the Coffman-Graham algorithm for scheduling u...
AbstractWe consider the problem of scheduling a partially ordered set of unit execution time (UET) t...
International audienceWe consider the case of a UET tree and an unlimited number of processors. We g...
AbstractWe investigate the problem of minimizing the makespan (resp. the sum of completion time) for...
International audienceWe consider the case of a UET tree and an unlimited number of processors. We g...
One of the main obstacles in obtaining high performance from message-passing multicomputer systems i...
We consider the problem of efficiently scheduling jobs with precedence constraints on a set of ident...
AbstractAlthough most of the scheduling problems with interprocessor communication delays have been ...
The efficient scheduling algorithm is critical to achieve high performance in parallel and distribut...
International audienceWe show that the problem of scheduling chains of unit execution time (UET) job...
A set of unit-time tasks has to be processed on an unrestricted number of processors subject to prec...
AbstractWe consider the problem of scheduling a partially ordered set of unit execution time (UET) t...
AbstractAlthough most of the scheduling problems with interprocessor communication delays have been ...
AbstractThis paper defines and studies an approximation algorithm for scheduling tasks with small co...
AbstractWe investigate the problem of minimizing the makespan (resp. the sum of completion time) for...
AbstractThis paper studies the relative performance of the Coffman-Graham algorithm for scheduling u...
AbstractWe consider the problem of scheduling a partially ordered set of unit execution time (UET) t...
International audienceWe consider the case of a UET tree and an unlimited number of processors. We g...
AbstractWe investigate the problem of minimizing the makespan (resp. the sum of completion time) for...
International audienceWe consider the case of a UET tree and an unlimited number of processors. We g...
One of the main obstacles in obtaining high performance from message-passing multicomputer systems i...
We consider the problem of efficiently scheduling jobs with precedence constraints on a set of ident...
AbstractAlthough most of the scheduling problems with interprocessor communication delays have been ...
The efficient scheduling algorithm is critical to achieve high performance in parallel and distribut...
International audienceWe show that the problem of scheduling chains of unit execution time (UET) job...
A set of unit-time tasks has to be processed on an unrestricted number of processors subject to prec...