Direct placement of Phase Change Materials (PCMs) on the chip has been recently explored
as a passive temperature management solution. PCMs provide the ability to store large …

Performance and energy are critical aspects in high performance computing (HPC) data
centers. Highly parallel HPC applications that require multiple nodes usually run for long …

Elevated on-chip temperatures significantly degrade performance, energy-efficiency, and
lifetime of processors. The cooling system for a chip is typically designed to remove the worst-…

The electrochemical oxidation of vanillic acid, o‐coumaric acid and protocatechuic acid,
three representative toxic phenolics in olive mill wastewater, was studied using carbon felt …

Network messaging delay historically constitutes a large portion of the wall-clock time for
High Performance Computing (HPC) applications, as these applications run on many nodes …

Nearly half of the energy in the computing clusters today is consumed by the cooling
infrastructure. It is possible to reduce the cooling cost by allowing the data center temperatures to …

Energy consumption is an increasingly important concern in data centers. Today, nearly half
of the energy in data centers is consumed by the cooling infrastructure. Existing policies on …

The dragonfly network topology has attracted attention in recent years owing to its high radix
and constant diameter. However, the influence of job allocation on communication time in …

Localized hot spots result in elevated on-chip temperatures, significantly limiting the performance,
energy efficiency and reliability of today's processors. For efficient removal of hot spots…

CMOS scaling trends lead to elevated on-chip temperatures, which substantially limit the
performance of today's processors. To improve thermal efficiency, Phase Change Materials (…