Approximate Computing has emerged as an alternative way to further reduce the power
consumption of integrated circuits (ICs) by trading off errors at the output with simpler, more …

Processor soft-error rates are projected to increase as feature sizes scale down,
necessitating the adoption of reliability-enhancing techniques, but power and performance …

Low-power processors and accelerators that were originally designed for the embedded
systems market are emerging as building blocks for servers. Power capping has been …

Many applications require simple controllers that continuously run the same application.
These applications are often found in battery operated embedded systems that require to be …

Many emerging applications require simple controllers that run the exact same application
continuously. These include medical devices and IoTs of different nature. Because of the …

In this chapter, basic low power techniques are explained including DVFS and other power
management such as power gating. Discussion on energy overhead of these techniques is …

It is essential for any embedded systems and increasing popularity of Internet of Things (IoT)
be energy efficient. Such systems tend to work intermittently and reducing leakage in the idle …

With an always growing number of student enrolment in higher education, providing quality
feedback in both digital and paper based assessment becomes a heavy burden for teachers …

IoT (Internet of Things) devices tend to work intermittently, and the leakage power reduction
in the sleeping state is essential. Although giving the reverse body bias to the back gate of …

Abstract Most Integrated Circuits (ICs) are now heterogeneous Systems-on-Chip (SoC) that
contain a variety of hardware accelerators. These dedicated accelerators execute …