We have been enjoying tremendous benefits thanks to the
revolutionary advancement of computing systems, driven by the
remarkable semiconductor technology scaling and the advanced
processor architecture. However, the exponentially increased
transistor density has directly led to increased power consumption
and elevated system temperature. The power and thermal issues have
posed enormous challenges and threaten to slow down the continuous
evolvement of computer technology. Effective power/thermal-aware
design techniques are urgently demanded at all design abstraction
levels. In this book, we present our research efforts to employ
real-time scheduling techniques to solve the resource-constrained
power/thermal-aware, design-optimization problems. The novelty of
this work is that we integrate the cutting-edge research on power
and thermal at the circuit and architectural-level into a set of
accurate yet simplified system-level models, and are able to
conduct system-level analysis and design based on these models. The
theoretical study in this work serves as a solid foundation for the
guidance of the power/thermal-aware scheduling algorithms
development in practical computing systems.
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