Cloud computing is today's most emphasized Information and Communications Technology
(ICT) paradigm that is directly or indirectly used by almost every online user. However, such …

Both energy efficiency and system reliability are significant concerns towards exa-scale high-
performance computing. In such large HPC systems, applications are required to conduct …

Improving energy efficiency is a primary concern in high performance computing system
design. Because I/O accesses account for a large portion of the execution time for data …

Reducing the energy consumption of the storage systems disk read/write requests plays an
important role in improving the overall energy efficiency of high-performance computing …

This paper presents an energy efficiency and I/O performance analysis of low‐power
architectures when compared to conventional architectures, with the goal of studying the …

Both energy and storage are becoming key issues in high-performance (HPC) systems,
especially when thinking about upcoming Exascale systems. The amount of energy …

Energy efficiency and parallel I/O performance are two primary constraints in high
performance computing (HPC). Large scale computing systems consume vast amounts of …

As large-scale parallel platforms are deployed to comply with the increasing performance
requirements of scientific applications, a new concern is getting the attention of the HPC …

In the perspective of energy‐efficient storage solutions supporting scientific computing, we
investigate the possibility of using low‐power Systems‐On‐Chip (SoCs) as storage bricks of …

In this paper the data life cycle management is extended by accounting for energy
consumption during the life cycle of files. Information about the energy consumption of data …