… Tree code for N-body problem HYDRO … Villavieja, N. Puzovic, and A. Ramirez. The low
power architecture approach towards exascale computing. …

… n c p c is the number of cores per chip. P o v e r represents the total Tibidabo cluster power
… in the Tibidabo cluster ( n t c = 192 ). We explore the total number of cores per chip ( n c p c ) …

Energy efficiency is a first-order concern when deploying any computer system. From battery-operated
mobile devices, to data centers and supercomputers, energy consumption limits …

… -called ‘mesh chunk’ of angular size 90 × 90 centred on the North pole and we implement
an earthquake source near the North pole. The model of the structure of the Earth is the elastic …

… F* with the ratio of Ka/Ks, as measured by sequence comparison between mouse genes and
their human orthologs, after discarding genes with evidence for positive selection (n = 5). In …

… HMM is an HMM with n = t × k hidden states (Fig 1). The transition matrix of the Markov-modulated
process, Q iSMC , has dimension n × n and is obtained from Q ρ and Q SMC : (3) …

The performance of High Performance Computing (HPC) systems is already limited by their
power consumption. The majority of top HPC systems today are built from commodity server …

One way to exploit Thread Level Parallelism (TLP) is to use architectures that implement
novel multithreaded execution models, like Scheduled Data- Flow (SDF). This latter model …

The performance of HPC applications is often bounded by the underlying memory system's
performance. The trend of increasing the number of cores on a chip imposes even higher …

… Inputs are two n by n matrices. ─ Zoom is a image processing kernel for zooming. It is
parallelized by sending different parts of the picture to different processors. Input is an n by n …