Over the past years, computationally-intensive mobile applications, such as interactive
games and augmented reality, have gained enormous popularity. This phenomenon has …

Virtualization facilitates the provision of flexible resources and improves energy efficiency
through the consolidation of virtualized servers into a smaller number of physical servers. As …

With the popularity of cloud computing and high performance computing, the size and the
amount of the datacenter develop rapidly, which also causes the serious challenges on …

The trade-off between system performance and energy efficiency (service time) is critical for
battery-based embedded systems. Most of the previous work focuses on saving energy in a …

Quantitatively estimating the relationship between the workload and the corresponding
power consumption of a multicore processor is an essential step towards achieving energy …

Power consumption is one of the most challenging issues in the design of modern
computing systems. In any computational device, processor consumes significant amount of …

As real-time embedded systems are evolving in scale and complexity, the demand for a
higher performance at a minimum energy consumption has become a necessity …

Enabled by high-speed networking in commercial, scientific, and government settings, the
realm of high performance is burgeoning with greater amounts of computational and storage …

With the increasing call for green cloud, reducing energy consumption has been an
important requirement for cloud resource providers not only to reduce operating costs, but …

With the increased use of embedded devices in Industrial electronics, like relays, battery life
has gained more and more attention. Modern processors can use Dynamic Voltage …