The Argonne Leadership Computing Facility (ALCF) is now accepting proposals for its Aurora Early Science Program (ESP) through September 2, 2016. The program will award computing time to 10 science teams to pursue innovative research as part of pre-production testing on the facility’s next-generation system. Aurora is a massively parallel, many-core Intel-Cray supercomputer that will deliver 18 times the computational performance of Mira, ALCF’s current production system.
“Achieving the No. 1 ranking is significant for China’s economic and energy security, not to mention national security. With 125 petaFLOP/s (peak), China’s supercomputer is firmly on the path toward applying incredible modeling and simulation capabilities enabling them to spur innovations in the fields of clean energy, manufacturing, and yes, nuclear weapons and other military applications. The strong probability of China gaining advantages in these areas should be setting off loud alarms, but it is hard to see what the U.S. is going to do differently to respond.”
Now that ARM has been acquired, the big question is how much the Softbank investment firm will invest in bolstering their chips for HPC. Meanwhile, ARM continues to gain traction as evidenced by
today’s announcement that a paper on the ARM-based Mont-Blanc Project has been selected as a Best Paper Finalist for SC16. Entitled “The Mont-Blanc prototype: An Alternative Approach for HPC Systems,” the paper was written by Nikola Rajovic, a BSC researcher involved in the Mont-Blanc project since its beginnings.
Today, Allinea announced that the company will be exhibiting at XSEDE16 July 17-21 in Miami. The conference will attract an audience across industry and academia to discuss the key themes of diversity, big data and science at scale. “Our tools are used extensively across the XSEDE user base so we’re delighted to be extending the value they bring by giving practical advice for getting the best out of infrastructure capabilities through software tuning, especially given the addition of support for the full Intel Xeon Phi family in our new v6.1 software release,” said Rob Rick, VP Americas for Allinea.”
As the first recipient of the PRACE Ada Lovelace Award for HPC, Dr Zoe Cournia was selected for her outstanding contributions and impact on HPC in Europe on a global level. “Using the PRACE HPC resources and recent advances in computer-aided drug design allow us to develop drugs specifically designed for a given protein, shortening the time for development of new drugs,” says Dr Cournia. “I believe that our work is a good example of how computers help develop candidate drugs that have the potential to save millions of lives worldwide. I am honored to receive this prestigious award and hope that this serves as inspiration to other female researchers in the field.”
In this video, Steven Pawson discussed how NASA uses computer models to build up a complete three-dimensional picture of El Niño in the ocean and atmosphere. Pawson is an atmospheric scientist and the chief of the Global Modeling and Assimilation Office at NASA’s Goddard Space Flight Center in Greenbelt, Maryland.
The Intel HPC Developer Conference has issued its Call for Proposals. Held in conjunction with SC16, the event takes place Nov. 12-13 in Salt Lake City.
Do you have new technology that could disrupt HPC in the near future? There’s still time to get free exhibit space at SC16 in November. “At the SC16 Emerging Technologies Showcase, we invite submissions from industry, academia, and government researchers.
The ASCR Leadership Computing Challenge (ALCC) has awarded 26 projects a total of 1.7 billion core-hours at the Argonne Leadership Computing Facility (ALCF), a DOE Office of Science User Facility. The one-year awards began July 1.
An eye-popping visualization of two black holes colliding demonstrates 3D Adaptive Mesh Refinement volume rendering on next-generation Intel® Xeon Phi™ processors. “It simplifies things when you can run on a single processor and not have to offload the visualization work,” says Juha Jäykkä, system manager of the COSMOS supercomputer. Dr. Jäykkä holds a doctorate in theoretical physics and also serves as a scientific consultant to the system’s users. “Programming is easier. The Intel Xeon Phi processor architecture is the next step for getting more performance and more power efficiency, and it is refreshingly convenient to use.”