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Nvidia Powers Deep Learning for Healthcare at SC16

In this video from SC16, Abdul Hamid Al Halabi from Nvidia describes how the company is accelerating Deep Learning for Healthcare. “From Electronic Health Records (EHR) to wearables, every year the flood of heterogeneous healthcare data increases exponentially. Deep learning has the power to unlock the potential within this data.Harnessing the power of GPUs, healthcare and medical researchers are able to design and train more sophisticated neural networks—networks that can accelerate high-throughput screening for drug discovery, guide pre-operative strategies, or work in conjunction with traditional techniques and apparatus to detect invasive cancer cells in real-time during surgery.”

Supercomputing Sandstorm Forecasts at BSC

“Over the past 15 years, a number of factors have resulted in an increase in the frequency, intensity, and operational impact of sand and dust storms in the Middle East and surrounding areas,” said Bob Richard, vice president, ARINC Direct for Rockwell Collins. “Integrating high-resolution forecast information into our flight and international trip support services will provide safety and performance benefits for business aviation operators in the region.”

Cobham Opera Simulation Software Moves Tokamak Closer to Fusion Energy

The Cobham Technical Services Opera software is helping Tokamak Energy to reduce the very high costs associated with prototyping a new fusion power plant concept,” said Paul Noonan, R&D Projects Director for ST40. “After we have built our new prototype, we hope to have assembled some profoundly exciting experimental and theoretical evidence of the viability of producing fusion power from compact, high field, spherical tokamaks.”

Supercomputing Drug Discovery to Combat Heart Disease

Using a unique computational approach to rapidly sample proteins in their natural state of gyrating, bobbing, and weaving, a research team from UC San Diego and Monash University in Australia has identified promising drug leads that may selectively combat heart disease, from arrhythmias to cardiac failure.

Intel Xeon Phi with Software Defined Visualization at SC16

“Software Defined Visualization (SDVis) is an open source initiative from Intel and industry collaborators to improve the visual fidelity, performance and efficiency of prominent visualization solutions – with a particular emphasis on supporting the rapidly growing “Big Data” usage on workstations through HPC supercomputing clusters without the memory limitations and cost of GPU based solutions. Existing applications can be enhanced using the high performing parallel software rendering libraries OpenSWR, Embree, and OSPRay. At the Intel HPC Developer Conference, Amstutz provided an introduction to this initiative, its benefits, a brief descriptions of accomplishments in the past year and talk about the changes made to Intel provided libraries in the past year.”

Podcast: Combining Cryo-electron Microscopy with Supercomputer Simulation

Scientists have taken the closest look yet at molecule-sized machinery called the human preinitiation complex. It basically opens up DNA so that genes can be copied and turned into proteins. The science team formed from Northwestern University, Berkeley National Laboratory, Georgia State University, and UC Berkeley. They used a cutting-edge technique called cryo-electron microscopy and combined it with supercomputer analysis. They published their results May of 2016 in the journal Nature.

Video: For Precision Medicine, HPC Matters at SC16

In this video from SC16, Steve Conway from IDC moderates a panel discussion on Precision Medicine. “Recently, DOE Secretary Moniz, VA Secretary MacDonald, NCI Director Lowy and the GSK CEO Andrew Witty announced that the Nation’s leading supercomputers would be applied to the challenge of the Cancer Moonshot initiative. This partnership of nontraditional groups, collectively see the path to unraveling the complexities of cancer through the power of new machines, operating systems, and applications that leverage simulations, data science and artificial intelligence to accelerate bringing precision oncology to the patients that are waiting. This initiative is one of many research efforts in the race to solve some of our most challenging medical problems.”

Video: Jen-Hsun Huang Keynote from the Nvidia Booth at SC16

Watch this video of Nvidia CEO Jen-Hsun Huang’s talk from SC16 in Salt Lake City. Can’t make it to the show? Tune in right here on insideHPC to watch Nvidia talks all this week. “See how other leaders in the field are advancing computational science across domains, get free hands-on training with the newest GPU-accelerated solutions, and connect with NVIDIA experts.”

It’s Here: The Print ‘n Fly Guide to SC16 in Salt Lake City

At insideHPC, are very pleased to publish the Print ‘n Fly Guide to SC16 in Salt Lake City. We designed this Guide to be an in-flight magazine custom tailored for your journey to SC16 — the world’s largest gathering of high performance computing professionals. “Inside this guide you will find technical features on supercomputing, HPC interconnects, and the latest developments on the road to exascale. It also has great recommendations on food, entertainment, and transportation in SLC.”

Simulating Jellyfish Blooms to Protect Coastal Power Stations

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.”