2005 2nd International Conference on Electrical and Electronics Engineering
DOI: 10.1109/iceee.2005.1529564
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A Library Framework for the POSIX Application-Defined Scheduling Proposal

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Cited by 4 publications
(3 citation statements)
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“…Furthermore, modifying the operating system internal kernel represents a difficult and time-consuming task, which is one of the reasons why so few scheduling policies have been already implemented. Another alternative to test and evaluate scheduling policies had been proposed recently through a framework to implement new scheduling algorithms into a RTOS without modifying its internal structure [2], [9], [8]. Nevertheless this framework must be implemented in the RTOS, and the use of its API implies the use of advanced programming techniques.…”
Section: Introductionmentioning
confidence: 99%
“…Furthermore, modifying the operating system internal kernel represents a difficult and time-consuming task, which is one of the reasons why so few scheduling policies have been already implemented. Another alternative to test and evaluate scheduling policies had been proposed recently through a framework to implement new scheduling algorithms into a RTOS without modifying its internal structure [2], [9], [8]. Nevertheless this framework must be implemented in the RTOS, and the use of its API implies the use of advanced programming techniques.…”
Section: Introductionmentioning
confidence: 99%
“…El servidor de ancho de banda total (TBS) 40 [104] es uno de los mecanismos más eficientes para la planificación de tareas aperiódicas utilizando el algoritmo EDF. El TBS asigna a cada tarea un plazo de tal manera que la carga total aperió-dica nunca exceda el valor especificado por U s , que representa el factor de utilización del servidor, o su ancho de banda.…”
Section: Servidor De Ancho De Banda Totalunclassified
“…Monitores planificados por el sistema: Son creados utilizando los protocolos de sincronización definidos en POSIX: sin herencia de prioridad 38 , techo de prioridad inmediato 39 , o herencia de prioridad básico 40 . Estos monitores podrán ser utilizados para compartir recursos entre los planificadores definidos por el usuario, entre conjuntos de threads planificados-poraplicación, asignados a diferentes planificadores, e incluso entre un thread planificador y los threads que planifique.…”
Section: Threads Planificadoresunclassified