For the design and operation of today's computer systems, power and energy requirements
are highest priorities. Unlike performance analyses, however, power and energy …

Recent proliferation of CPS and IoT devices has led to an increasing demand for analyzing
performance and timing of event-driven computational activity, especially interrupts and …

This article presents a new methodology of consumption and performance characterization
of software's intellectual property (IPs) computing on DSPs. These IPs are generally …

The growing demand for portable electronic devices has led to an increased emphasis on
power consumption within the semiconductor industry. As a result, designers are now …

Power consumption is nowadays a critical design constraint for circuits and systems. To
efficiently guide early choices in the design flow, high-level estimations must be available. In …

In sensor networks, analyzing power consumption before actual deployment is crucial for
maximizing service lifetime. This paper proposes an instruction‐level power estimator …

Energy consumption is one of the most crucial design issues in wireless sensor networks
(WSN) and largely depends on energy-efficient communication protocols. In order to …

For mobile multiprocessor applications, achieving high performance with low energy
consumption is a challenging task. In order to help programmers to meet these design …

Battery-powered mobile devices substantially constrain energy resources. Process-level
energy profiling tools can identify the most energy-consuming process and detail the energy …

Recently, the battery and low-power H/W technologies for mobile and wearable computing
devices have been advanced rapidly. But on the other hand the computation and …