Topics » Visualization
The Innovative and Novel Computational Impact on Theory and Experiment (INCITE) has been providing a diverse array of researchers with the ability to run petascale simulations on some of the world’s top systems. The group behind the effort released a report recently that highlighted some of the successes, offering a case for the power of simulation to advance science, industry and social goals like shifting to clean energy.
The current generation of petascale supercomputers are generating enormous quantities of data, and creating unprecedented challenges in managing it. The next generation of multi-petaflop, and eventually exaflop supercomputers, will take these challenges to the next level. Galen Shipman, who heads the Technology Integration group at the Oak Ridge Leadership Computing Facility (OLCF) talks about the data management technologies being employed at OLCF today and what will be needed to support their future exascale machines.
Projects like the Sloan Digital Sky Survey have provided a wealth of cosmological data for scientists to explore in detail. However, making use of those terabytes — and generating far more data in the process of simulating and analyzing new concepts — is highlighting the bottlenecks for scientific computing at massive scale.
Johns Hopkins University researchers are developing a specialized machine for uncovering hidden patterns in data; and Appro HyperPower Cluster will support data analysis at Lawrence Livermore National Laboratory. We recap those stories and more in our weekly wrapup.
The nascent GPGPU computing world received another boost today with the commercial release of Jacket 1.0, a GPU engine designed to accelerate computing and visualization for MATLAB users.
The large-scale classical physics problems that remain unsolved must for the most part be run in parallel by high-performance machines like the Kraken supercomputer. Literally millions of variables culled from billions of particles combine to make this type of research unreasonable for ordinary computational physics.
NYU researchers use TACC and XSEDE supercomputers to model the effect of carcinogenic compounds on DNA.
Anyone for a 5-teraflop personal computer?
Google scientists build neural network with visual smarts.
A sophisticated human model called “AustinMan” at TACC is helping scientists understand how microwaves interact with our bodies.
Off the Wire
LYON, France, Nov. 12 — SysFera has introduced a new version of its high performance computing (HPC) and Cloud management software, SysFera-DS version 5.0, featuring immediate visualization of simulation results without downloading and opening results within applications—to gain a significant boost in productivity. As well, for the first time, HPC administrators can create custom web pages for Read more…
Nov. 12 — The National Science Foundation (NSF) has awarded $1.5 million to an NCSA-led project that will develop and widely distribute a series of science documentaries highlighting visualizations of computational and digitally-enabled science. The project assembles a creative team of producers, technologists, artists, and educators who will collaborate with scientists and researchers across the Read more…
CLIFTON PARK, N.Y., Nov. 11 — Kitware, Inc., a leader in the creation and support of high-performance computing (HPC) open-source software and technology, has recently become an Intel Parallel Computing Center in collaboration with Texas Advanced Computing Center (TACC). This team will focus its efforts on supporting Intel Xeon Phi Coprocessor in the ParaView application for data analysis and visualization, as Read more…
CLIFTON PARK, N.Y., Nov. 5 — Kitware, a leader in the creation and support of open-source software and state-of-the-art technology, is exhibiting recent work in HPC and visualization at Supercomputing 2014 (SC14) in New Orleans, LA. As part of the ParaView Showcase, Kitware will host presentations from renowned collaborators at its booth throughout the conference, where they will discuss Read more…
LYON, France, Oct. 21 — SysFera, a software innovator that simplifies management and accessibility of high performance computing (HPC) environments, and Kitware, a leading R&D software provider for scientific data analysis and visualization, announced today that they are integrating their two core products. Kitware’s ParaView application is now offered as part of the SysFera-DS software solution through the remote visualization Read more…