Data centers are critical, energy-hungry infrastructures that run large-scale Internet-based
services. Energy consumption models are pivotal in designing and optimizing energy …

Power and energy efficiency are now critical concerns in extreme-scale high-performance
scientific computing. Many extreme-scale computing systems today (for example: Top500) …

Dynamic power management in enterprise environments requires an understanding of the
relationship between resource utilization and system-level power consumption. Power …

The power consumption of presently available Internet servers and data centers is not
proportional to the work they accomplish. The scientific community is attempting to address …

Data centers are large-scale, energy-hungry infrastructure serving the increasing
computational demands as the world is becoming more connected in smart cities. The …

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

For most modern data centres, it is of high value to select practical methods for improving
energy efficiency and reducing energy waste. IT-equipment and cooling systems are the two …

As the power consumption of a server system becomes a mainstream concern in enterprise
environments, understanding the system's power behavior at varying utilization levels …

With recognizing power as a first-class citizen in the HPC community and the growth of
software running on battery-driven devices, the need to evaluate software design based on …

Energy consumption has become major operational cost in data centers. Virtualization
technology used in cloud computing platforms can improve energy efficiency and reduce …