A system architecture with high-density general purpose graphic processing unit (GPGPU) is
emerging as a promising solution that can offer high compute performance and performance …

We developed a multiscale particle-based model of platelets, to study the transport
dynamics of shear stresses between the surrounding fluid and the platelet membrane. This …

For information and communication technology power consumption to be sustainable, the
energy efficiency of computing systems must grow at least as fast as the demand for …

We developed a multiple time-step** (MTS) algorithm for multiscale modeling of the
dynamics of platelets flowing in viscous blood plasma. This MTS algorithm improves …

We developed a phenomenological three‐dimensional platelet model to characterize the
filopodia formation observed during early stage platelet activation. Departing from …

The TOP500 and GREEN500 lists are two major resources to understand and forecast the
future architecture design of high performance computing platform. Generally …

In this paper, we present the QuantCloud infrastructure, designed for performing big data
analytics in modern quantitative finance. Through analyzing market observations …

In contrast to measurements of the dimensions of machined parts realized by machine tools
and characterized by CMMs, software results are not fully traceable and certified. Indeed, a …

The key to reducing static energy in supercomputers is switching off their unused
components. Routers are the major components of a supercomputer. Whether routers can …

The rapidly-changing computer architectures, though improving the performance of
computers, have been challenging the programming environments for efficiently harnessing …