Read handpicked articles on high-performance computing from across the web. We have filtered the noise from the signal to bring high quality articles with instant reader RoI.

Machine Learning is The Killer App for High-Performance Computing

Training neural networks is the most compute-intensive activity in many of these workflows, and is therefore the one most demanding of HPC technologies like high-end GPUs, 3D memory, and high-performance interconnects.

Key Takeaway:
Supercomputers are also increasingly being used to run AI workloads not associated with traditional HPC applications. The fact that this software will depend on high-performance computing machinery means that the community can hitch its wagon to this technology and, for the first time in its history, ride HPC into the mainstream.

Thanks to HPC, more advanced AI will create completely new applications, such as autonomous vehicles and ubiquitous digital assistants. Find out why Machine Learning is The Killer App for High Performance Computing.


How High-performance Computing Safeguards Your Summer Vacation

Whether you are flying, driving, or spending time on your boat on the river, chances are HPC has already played a role in your vacation.

Key Takeaway:
An incredible shift is underway in the HPC market. HPC and the big data phenomenon have converged, moving HPC out of its comfort zone of research institutions and oil and gas companies, and into industries like travel, automotive, and financial.

Data is king. Find out how Travelling for summer vacation is a perfect example of how we leverage and rely on HPC systems to crunch data for a smooth ride.


The 3 Reasons Why Companies Should Use HPC

Firms across many industry verticals, including financial services, manufacturing, weather forecasting, life sciences & pharmaceuticals, cyber-reconnaissance, energy exploration and more, all use data-intensive high-performance computing to enable research and discovery breakthroughs and to answer questions that are not practical to answer in any other way.

Key Takeaway:
The promise of data intensive computing is that it can bring together the technologies of the newest data analytics technologies with traditional supercomputing, where scalability is king. This marriage of technologies empowers the development of platforms to solve the most complex problems in the world.

Find out how HPC is changing the game in the areas of product improvement, overcoming scalability limits and taking advantage of data-intensive computing as a service. Read three reasons why companies should use HPC.


Lenovo Activates World’s Largest Intel-Based Supercomputer in Barcelona

The 11.1 petaFLOP supercomputer, called MareNostrum 4, will be housed at the Chapel Torre Girona at the Polytechnic University of Catalonia in Barcelona and will be used to power diverse science workloads ranging from human genome research, bioinformatics and biomechanics to weather forecasting and atmospheric composition. The system is powered by more than 3,400 nodes of Lenovo’s next-generation servers, featuring Xeon scalable processors, interconnected with more than 60 kilometers of high-speed, Intel Omni-Path Technology 100 Gb/s network cabling.

Key Takeaway:
At the International Supercomputing Conference in Frankfort, Lenovo revealed that it has now has put online the world’s largest next-generation Intel-based supercomputer at the Barcelona Supercomputing Center.

Get more exciting details on the World’s Largest Intel-Based Supercomputer and what it means to the industry.


A Supercomputer Has Just Created The Biggest Virtual Universe Ever

Based on the little we know, nearly 95% of our Universe is comprised of dark material — 23% dark matter and 72% dark energy. Dark here means literally dark. We can’t really see it. Owing to the extreme precision of their calculation that featured how dark matter fluid might have evolved under its own gravity, the researchers were able to simulate the formation of small concentrations of matter called dark matter halos. This is crucial because scientists believe that galaxies like our own Milky Way Galaxy were formed within such halos.

Key Takeaway:
It’s a simulated version, of course. But to understand our universe, simulating is definitely better than mere speculation.

Find out what it took to create the biggest virtual universe ever.