Energy efficiency and datacentre automation are critical targets of the research and
deployment agenda of CINECA and its research partners in the Energy Efficient System …

Supercomputer installed capacity worldwide increased for many years and further growth is
expected in the future. The next goal for high performance computing (HPC) systems is …

Scheduling and dispatching tools for high-performance computing (HPC) machines have
the key role of mapping jobs to the available resources, trying to maximize performance and …

Abstract As High Performance Computing (HPC) systems get closer to exascale
performance, job dispatching strategies become critical for keeping system utilization high …

Advanced cooling systems and optimization strategies are critical to operate modern
supercomputers and high-performance computing systems in an energy-efficient fashion …

Power consumption is a key factor in modern ICT infrastructure, especially in the expanding
world of High Performance Computing, Cloud Computing and Big Data. Such consumption …

Scheduling problems are naturally formulated in terms of Constraint Programming (CP), yet
the application of CP-based approaches for job scheduling on High-Performance …

Supercomputers machines, HPC systems in general, embed sophisticated and advanced
cooling circuits to remove heat and ensuring the required peak performance. Unfortunately …

Complex computing platforms such as High Performance Computers and Data Centers are
critical systems from the energy sustainability viewpoint, due to their high computational …

In their march towards exascale performance, HPC systems are becoming increasingly
more heterogeneous in an effort to keep power consumption at bay. Exploiting accelerators …