BibTeX
@MISC{Hassan_poweraware,
author = {Hesham Hassan and Ahmed Shawky Moussa},
title = {Power Aware Computing Survey},
year = {}
}
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Abstract
Power-aware computing has caught the interest of researchers and users of all computing systems. In embedded systems and small devices, better management of energy translates into longer lasting and smaller batteries, which in turn implies smaller and lighter devices. In cloud, distributed, and high performance computing systems, better management of power translates into saving a significant amount of money and natural resources. This paper surveys the different power-aware computing approaches and techniques, focusing mostly on software approaches. It also introduces power-aware computing and why it is very important these days. The paper discusses the ways and challenges of measuring the energy consumption of systems and devices. Keywords Power-aware computing, power-aware algorithms, energy consumption, power-aware compilers, power-aware cloud computing, power-aware high performance computing, measurement tools. 1.
Keyphrases
power aware computing survey energy consumption power-aware computing power translates power-aware compiler measurement tool power-aware algorithm embedded system power-aware high performance computing small device natural resource energy translates significant amount software approach high performance power-aware cloud computing different power-aware computing approach turn implies keywords power-aware computing
