A global optimal scheduling algorithm for multiprocessor low-power platforms
Shelby H. Funk, Vandy Berten, Chiahsun Ho, Joël Goossens · 2012
This paper presents a real-time scheduling algorithm which globally schedules any feasible periodic task set --- i.e., is optimal --- on a multiprocessor platform. Beside respecting the deadlines, our algorithm, based on DP-Wrap algorithm, drastically reduces the power consumption of the device by slowing down the processors as much as possible.