Authors
Geoffrey Challen, Mark Hempstead
Publication date
2011/5/9
Conference
HotOS
Description
Battery-powered devices are trapped by trends. More powerful performance requires more
power, and while battery technologies slowly improve [17] users want more capable devices
with longer battery lifetimes [19]. A way to escape this trap leverages power-proportional
hardware architectures [5] that scale power consumption to perform when needed and draw
little power when idle. Because most components are tuned to operate efficiently within a
narrow power-performance range, we expect future power-proportional architectures to be ...
power, and while battery technologies slowly improve [17] users want more capable devices
with longer battery lifetimes [19]. A way to escape this trap leverages power-proportional
hardware architectures [5] that scale power consumption to perform when needed and draw
little power when idle. Because most components are tuned to operate efficiently within a
narrow power-performance range, we expect future power-proportional architectures to be ...
Scholar articles
G Challen, M Hempstead - HotOS, 2011
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