It's lunchtime here in the beautiful city of Amsterdam where I am enjoying my time at the excellent World Summit AI, at which Verne Global are exhibiting, and earlier today our CTO Tate Cantrell moderated an engaging panel on today's hottest AI disruptors. As I take a breather from the networking, I thought I would write some thoughts about another excellent event which I went to a couple of weeks ago - Qubits North America.
Last week I travelled to the Italian capital, Rome, for an event which I believe will prove very significant for the international high performance computing (HPC) industry. After many years away from the HPC arena and the overall server market, AMD is back with a bang and a new range of powerful processors through its AMD EPYC series.
New York is always an exciting, energetic city to visit and last week was made even more so as I attended the ‘HPC & AI on Wall Street’ conference which HPCWire are now championing. It was well worth the train ride from Boston and interesting to see the varied mix of attendees present and hear how HPC and AI is evolving in the world of finance.
As a fan of the England national football team, I have gotten used to regular disappointment. Most recently there was the heartbreak of the 2018 FIFA World Cup semi-final loss to Croatia, and prior to that the embarrassment of not even making it out of the group stages in 2014. However, going back further there is one moment that stands head and shoulders above the rest for me, THAT Frank Lampard goal in the 2010 FIFA World Cup quarter-final between England and Germany.
This is the first of what will be several profiles of leaders in High Performance Computing (HPC), all answering the same six questions. My hope is that this will help us all to better understand HPC, including its origins, a variety of career paths, successes, and influences in the field. I hope you enjoy learning as much as I have.
First up, Dr. Seid Koric, technical director at the National Center for Supercomputing Applications (NCSA) at the University of Illinois at Urbana-Champaign (UIUC). Seid is a legend in HPC, multiple winner of HPCwire’s Top Supercomputing Achievement, and someone who I have been fortunate enough to know for about 20 years.
In my first blog discussing the role of AI in the music industry, which you can check out here, I explored how software is transforming the way music is produced behind the scenes. It led me to further explore how AI technology is learning to perform music itself, and to share my own opinions, speaking as a musician, on the exceeding potential but also definitive limitations of AI.
We’ve discovered that AI can perform methodically and analytically, but does it have the potential to mimic the human mind’s creativity in order to produce a unique work of art such as a musical score? The devising process for music takes imagination; it is a challenge for even the most right-brained people to compose something brilliant that a listener has never heard before. It is even more of a challenge for that music to hold feeling and soul – so how could a computer possibly manage such a task when it ultimately has neither?
There has been recent chatter in the automotive industry news about high-performance computing (HPC) as it relates to speed, price and automotive applications. I’d like to break some of this down a bit further and explore why automotive is the next great area for HPC.
Whilst it could be argued that the recent remake of The Lion King represents a bold new digital dawn for Disney, the ‘house of mouse’ (which is currently worth around $130 billion) is something of a fast follower brand when it comes to tech.
In June, workers finished pouring the 9,000 cubic meters of concrete for the base for the UK’s 3,200 MW Hinkley C nuclear power station, set to come online in 2026.
Monopolies can be dangerous. Without competitors, innovation stalls and the monopoly holder effectively controls the market, leading to economic stagnation for everyone but the company shareholders.
The world we live in has always had its challenges. Today, thanks in part to the data explosion as we are now firmly in the fourth, data-driven paradigm, the challenges are more complex, including how to protect and secure important data in this digital world.
Looking at power availability as one goes up the I-95 corridor from Richmond, Virginia to Boston, Massachusetts there are some issues worth examining if one is thinking of situating a datacenter these days.