Numerous algorithms have been proposed to address the scheduling of real-time tasks for multiprocessor architectures. Yet, new scheduling algorithms have been defined very recently. Therefore, and without any guarantee of completeness, we have identified more than fifty of them. This large diversity makes the comparison of their behavior and performance difficult. This research aims at allowing the study and the evaluation of key scheduling algorithms. The first contribution is SimSo, a new simulation tool dedicated to the evaluation of scheduling algorithms. Using this tool, we were able to compare the performance of twenty algorithms. The second contribution is the consideration, in the simulation, of temporal overheads related to the exe...
Rapporteurs : Françoise Simonot-Lion (M.C. INPL-ENSEM) et Francis Cottet (Prof. ENSMA) Examinateurs ...
Abstract — Many parallel applications from scientic computing show a modular structure and are there...
The scheduling of tasks on a hard real-time system consists in finding a way to choose, at each time...
Numerous algorithms have been proposed to address the scheduling of real-time tasks for multiprocess...
De multiples algorithmes ont été proposés pour traiter de l’ordonnancement de tâchestemps réel dans ...
International audienceIn this paper, we present SimSo, a simulator designed for the comparison and t...
International audienceNumerous scheduling algorithms were and still are designed in order to handle ...
International audienceThis article presents an extension of the simulator SimSo in order to integrat...
Presented during the Work-in-Progress session (WiP session)International audienceIn this paper, we p...
Abstract—Real-time systems have relied on multiprocessor architectures since some time ago. However,...
International audienceThis article presents the main real-time scheduling policies available to homo...
The speed and performance of computers have become a major concern today. Multiprocessor systems are...
The use of computer systems is gradually entering lives of numerous people. The quicker as the spee...
This research focuses on comparing different multi-processor task scheduling algorithms. Each algori...
Rapporteurs : Françoise Simonot-Lion (M.C. INPL-ENSEM) et Francis Cottet (Prof. ENSMA) Examinateurs ...
Abstract — Many parallel applications from scientic computing show a modular structure and are there...
The scheduling of tasks on a hard real-time system consists in finding a way to choose, at each time...
Numerous algorithms have been proposed to address the scheduling of real-time tasks for multiprocess...
De multiples algorithmes ont été proposés pour traiter de l’ordonnancement de tâchestemps réel dans ...
International audienceIn this paper, we present SimSo, a simulator designed for the comparison and t...
International audienceNumerous scheduling algorithms were and still are designed in order to handle ...
International audienceThis article presents an extension of the simulator SimSo in order to integrat...
Presented during the Work-in-Progress session (WiP session)International audienceIn this paper, we p...
Abstract—Real-time systems have relied on multiprocessor architectures since some time ago. However,...
International audienceThis article presents the main real-time scheduling policies available to homo...
The speed and performance of computers have become a major concern today. Multiprocessor systems are...
The use of computer systems is gradually entering lives of numerous people. The quicker as the spee...
This research focuses on comparing different multi-processor task scheduling algorithms. Each algori...
Rapporteurs : Françoise Simonot-Lion (M.C. INPL-ENSEM) et Francis Cottet (Prof. ENSMA) Examinateurs ...
Abstract — Many parallel applications from scientic computing show a modular structure and are there...
The scheduling of tasks on a hard real-time system consists in finding a way to choose, at each time...