Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Clock (and voltage) scheduling is an important technique to reduce the energy consumption of processors that support voltage scaling. It is difficult, hover, to achieve good results using only statistics from the operating system level when applications show bursty (unpredictable) behavior.  take the approach that such applications must be made por-aware and specify their average execution time (AET) and the deadline to the scheduler controlling the clock speed and processor voltage.  describes our energy priority scheduling (EPS) algorithm supporting por-aware applications. EPS orders tasks according to how tight their deadlines are and how often tasks overlap. Low-priority tasks are scheduled first, since they can be easily preempted to accommodate for high-priority tasks later. The EPS algorithm does not always yield the optimal schedule, but has a low complexity.  have implemented EPS on a StrongARM-based variable-voltage platform.  conducted experiments with a modified video decoder that estimates the AET of each frame. Measurements show that application-directed voltage scaling reduces processor por consumption with 50% for the bursty video decoder without missing any frame deadlines.
['Johan A. Pouwelse', 'Koen Langendoen', 'Henk J. Sips']
I am writing a research paper on a idea Application-directed voltage scaling
[{"from": "human", "value": "I am writing a research paper on a idea Application-directed voltage scaling"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Clock (and voltage) scheduling is an important technique to reduce the energy consumption of processors that support voltage scaling. It is difficult, hover, to achieve good results using only statistics from the operating system level when applications show bursty (unpredictable) behavior.  take the approach that such applications must be made por-aware and specify their average execution time (AET) and the deadline to the scheduler controlling the clock speed and processor voltage.  describes our energy priority scheduling (EPS) algorithm supporting por-aware applications. EPS orders tasks according to how tight their deadlines are and how often tasks overlap. Low-priority tasks are scheduled first, since they can be easily preempted to accommodate for high-priority tasks later. The EPS algorithm does not always yield the optimal schedule, but has a low complexity.  have implemented EPS on a StrongARM-based variable-voltage platform.  conducted experiments with a modified video decoder that estimates the AET of each frame. Measurements show that application-directed voltage scaling reduces processor por consumption with 50% for the bursty video decoder without missing any frame deadlines."}]