Gilad Shainer moderated this panel discussion on Exascale Computing at the Stanford HPC Conference. “The creation of a capable exascale ecosystem will have profound effects on the lives of Americans, improving our nation’s national security, economic competitiveness, and scientific capabilities. The exponential increase of computation power enabled with exascale will fuel a vast range of breakthroughs and accelerate discoveries in national security, medicine, earth sciences and many other fields.”
In this podcast, the Radio Free HPC team looks at recent developments in the Volkswagen Dieselgate scandal. According to reports, auto parts supplier Bosch wrote the software for VW that enabled the company’s diesel vehicles to cheat on emissions tests. “We know because Bosch asked VW for indemnity back in 2006.”
In this video from the IEEE Rebooting Computing Workshop, Dr. William Vanderlinde, Chief Scientist at Intelligence Advanced Research Projects Activity (IARPA), explains how we have already entered the era at the end of Moore’s law, including the end of Dennard Scaling. Dr. Vanderlinde also reviews the National Strategic Computing Initiative (NSCI) and IARPA’s focus in relation to the NSCI’s objectives.
In this video from SUSECON 2016, Jo Harris from SUSE sits down with Dr. Figen Ulgen, GM HPC Software and Cloud at Intel to discuss women in Open Source and HPC, how Intel is contributing to this initiative, and the need for more women in the field.
In this podcast, the Radio Free HPC team speaks to our special guest for the week: Binnie Coppersmith, also known as Henry’s Mom. It’s Binnie’s 80th birthday, and Dan wants to know once and for all if Henry is an alien, or at least why he is the way he is. After that, we look at why the UberCloud has received $1.7 Million in Pre-A Series funding. It’s great news for HPC in the Cloud.
In this special guest feature, James Reinders looks at Intel Xeon Phi processors from a programmer’s perspective. “How does a programmer think of Intel Xeon Phi processors? In this brief article, I will convey how I, as a programmer, think of them. In subsequent articles, I will dive a bit more into details of various programming modes, and techniques employed for some key applications. In this article, I will endeavor to not stray into deep details – but rather offer an approachable perspective on how to think about programming for Intel Xeon Phi processors.”
In this special guest feature, Tim Gillett from Scientific Computing World interviews Norbert Attig and Thomas Eickermann from the Jülich Supercomputing Centre about how JSC is tackling high performance computing challenges.
In this podast, the Radio Free HPC Team looks at the Cray’s new ARM-based Isambard supercomputer that will soon be deployed in the UK. After that, we discuss how Persistent Memory will change the way vendors architect systems for Big Data workloads.
“As data proliferation continues to explode, computing architectures are struggling to get the right data to the processor efficiently, both in terms of time and power. But what if the best solution to the problem is not faster data movement, but new architectures that can essentially move the processing instructions into the data? Persistent memory arrays present just such an opportunity. Like any significant change, however, there are challenges and obstacles that must be overcome. Industry veteran Steve Pawlowski will outline a vision for the future of computing and why persistent memory systems have the potential to be more revolutionary than perhaps anyone imagines.”
“Many supercomputer users, like the big DOE labs, are implementing these next generation systems. They are now engaged in significant code modernization efforts to adapt their key present and future applications to the new processing paradigm, and to bring their internal and external users up to speed. For some in the HPC community, this creates unanticipated challenges along with great opportunities.”