“ISC High Performance 2017 is now open to a number of submission opportunities. Whether your interest lies in research posters, project posters, birds-of-a-feather (BoF) sessions or the PhD forum, ISC is welcoming proposals from all members of the high performance computing community. ISC High Performance is looking forward to continuing its tradition as the largest HPC conference and exhibition in Europe. It will be attended by over 3,000 academicians, industry leaders and end users from around the world. The ISC exhibition annually attracts around 150 organizations, including supercomputing, storage and network vendors, as well as universities, research centers, laboratories and international projects.”
“With up to 72 out-of-order cores, the new Intel Xeon Phi processor delivers over 3 teraFLOPS (floating-point operations per second) of double-precision peak while providing 3.5 times higher performance per watt than the previous generation. As a bootable CPU with integrated architecture, the Intel Xeon Phi processor eliminates PCIe* bottlenecks, includes on-package high-bandwidth memory, and available integrated Intel Omni-Path fabric architecture to deliver fast, low-latency performance.”
Attention students: there is still time to enter your team into the ISC-HPCAC Student Cluster Competition. As part of the ISC 2017 conference, the Student Cluster Competition will take place June 18-22 in Frankfurt, Germany. The ISC-HPCAC Student Cluster Competition is an opportunity to showcase student expertise in a friendly yet spirited competition. The competition […]
Scientists at the University of Bristol are working with the energy industry to develop an ‘early warning tool’ to predict jellyfish blooms that can cause serious problems by clogging the water intakes of coastal power plants. “To achieve this we will be translating previous research using a state-of-the-art marine dispersal modeling system to simulate the transport of jellyfish blooms by ocean currents, incorporating specific biological behaviors of jellyfish.”
Peter Thompson from Rogue Wave Software presented this talk at the Argonne Training Program on Extreme-Scale Computing. “Purpose-built for applications using hundreds or thousands of cores, TotalView for HPC provides a set of tools that give scientific and academic developers unprecedented control over processes and thread execution, along with deep visibility into program states and data. By allowing the simultaneous debugging of many processes and threads in a single window, you get complete control over program execution: running, stepping, and halting line-by-line through code within a single thread or within arbitrary groups of processes or threads.”
In a paper published today in Nature Geoscience, scientists at the Met Office have demonstrated significant advances in predicting up to one year ahead the phases of the North Atlantic Oscillation (NAO), which drives European and North American winter variability. The NAO – a large-scale gradient in air pressure measured between low pressure around Iceland and high pressure around the Azores – is the primary driver of winter climate variability for Europe.
Over at CSCS, Simone Ulmer writes that the Swiss National Supercomputing Centre is turning twenty-five. First opened in 1991, CSCS supports users from Swiss and international institutions in their top-flight research and runs computers as a service facility for research associations and MeteoSwiss.
Designed specifically with researchers in mind, the Birmingham Environment for Academic Research (BEAR) Cloud will augment an already rich set of IT services at the University of Birmingham and will be used by academics across all disciplines, from Medicine to Archaeology, and Physics to Theology. “We are very proud of the new system, but building a research cloud isn’t easy,” said Simon Thompson, Research Computing Infrastructure Architect in IT Services at the University of Birmingham. “We challenged a range of carefully-selected partners to provide the underlying technology.”
In this video from the Microsoft Ignite Conference, Tejas Karmarkar describes how to run your HPC Simulations on Microsoft Azure – with UberCloud container technology. “High performance computing applications are some of the most challenging to run in the cloud due to requirements that can include fast processors, low-latency networking, parallel file systems, GPUs, and Linux. We show you how to run these engineering, research and scientific workloads in Microsoft Azure with performance equivalent to on-premises. We use customer case studies to illustrate the basic architecture and alternatives to help you get started with HPC in Azure.”
Many industries deploy graphics-intensive applications on single user workstations with individual GPU resources. For those who have switched to a virtualization based environment, many of the legacy desktop virtualization platforms can’t support high end GPUs or multiple GPU configurations. Together with partners like Cisco and One Stop Systems, a London-based tech start-up ebb3 has created the High Performance Virtual Computer (HPVC) to tackle this issue with the aim of creating the fastest performing solution in the world.