Improving soft real-time performance through better slack reclaiming

@article{Lin2005ImprovingSR,
  title={Improving soft real-time performance through better slack reclaiming},
  author={Caixue Lin and Scott A. Brandt},
  journal={26th IEEE International Real-Time Systems Symposium (RTSS'05)},
  year={2005},
  pages={12 pp.-421}
}
Modern operating systems frequently support applications with a variety of timing constraints including hard real-time, soft real-time, and best-effort. To guarantee performance, critical applications typically over-reserve resources based on worst-case resource usage estimates, while others may reserve based on average-case or other estimates. When resources are fully subscribed, the performance of soft- and non-real-time applications depends upon the effective distribution of dynamic slack… CONTINUE READING
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Scheduling open dynamic systems: The clearing fund algorithm

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  • In Proceedings of the IEEE Real-Time Computing…
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