This article presents a survey of energy-aware scheduling algorithms proposed for real-time
systems. The analysis presents the main results starting from the middle 1990s until today …

Energy-efficient designs have played import roles for hardware and software
implementations for a decade. With the advanced technology of VLSI circuit designs, energy …

In this paper, we consider the system-wide energy management problem for a set of periodic
real-time tasks running on a DVS-enabled processor. Our solution uses a generalized …

In this paper, we study temperature-constrained real-time systems, where real-time
guarantees must be met without exceeding safe temperature levels within the processor. We …

This article presents a general framework to analyze and design embedded systems
minimizing the energy consumption without violating timing requirements. A set of realistic …

Dynamic voltage scaling (DVS) is a promising technique for battery-powered systems to
conserve energy consumption. Most existing DVS algorithms assume information about task …

This paper presents a general framework for analyzing and designing embedded systems
with energy and timing requirements. A set of realistic assumptions is considered in the …

As the dynamic voltage scaling (DVS) technique provides system engineers the flexibility to
trade-off the performance and the energy consumption, DVS has been adopted in many …

We present a dynamic voltage scaling (DVS) technique that minimizes system-wide energy
consumption for both periodic and sporadic tasks. It is known that a system consists of …

When peak performance is unnecessary, Dynamic Voltage Scaling (DVS) can be used to
reduce the dynamic power consumption of embedded multiprocessors. In future …