“The end of Dennard scaling has made all computing power limited, so that performance is determined by energy efficiency. With improvements in process technology offering little increase in efficiency innovations in architecture and circuits are required to maintain the expected performance scaling. The large scale parallelism and deep storage hierarchy of future machines poses programming challenges. Future programming systems must allow the programmer to express their code in a high-level, target-independent manner and optimize the target-dependent decisions of mapping available parallelism in time and space. This talk will discuss these challenges in more detail and introduce some of the technologies being developed to address them.”
“With one of the largest teams dedicated to High-Performance Computing – now able to leverage the international strength of Atos, with its 86,000 employees worldwide – Bull is experiencing a paradigm shift that will give it the critical mass to address vertical market sectors across the entire world. Exascale will increase the competitiveness and innovation capabilities of industries and address the industrial, scientific and societal challenges of the 2020s, from nanoscience and genomics to climatology, aeronautics and energy.”
In this video from the Nvidia booth at SC14, Terri Quinn from LLNL presents: A Livermore Perspective on Next-Generation Computing. “Terri is responsible for an organization consisting of three divisions with over 400 technical staff working in high-performance computing, computer security, and enterprise computing. Livermore Computing (LC), LLNL’s high performance computing organization, operates some of the most advanced production classified and unclassified computing environments.”
“IME unleashes a new I/O provisioning paradigm. This breakthrough, software defined storage application introduces a whole new new tier of transparent, extendable, non-volatile memory (NVM), that provides game-changing latency reduction and greater bandwidth and IOPS performance for the next generation of performance hungry scientific, analytic and big data applications – all while offering significantly greater economic and operational efficiency than today’s traditional disk-based and all flash array storage approaches that are currently used to scale performance.”
At Supercomputing 2014 in New Orleans, Altair announced key features for PBS Professional 13.0, scheduled to launch in Q1 2015. The new version will take scalability to the next level, with massive jumps in supported system size, job dispatch speed and throughput; users will also benefit from key resilience, flexibility and scheduling improvements.
“The ICE X is in production now. It is a compute-focused platform. At this show, we’re introducing the ICE XA. It adds several degrees of flexibility. With the ICE XA, we’ll still maintain the compute-only-density that we have in our ICE. But we have another blade available for that, which will enable accelerators, both GPU and Xeon Phi cards. We have an even third blade, will allow people to add hard drives and other IO devices. So, the flexibility of the ICE XA is what we’re talking about today at the show.”