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Interview: Experimenting with DEEP-ER NAM Technology

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“As the name indicates: A NAM is basically a storage device plugged into the interconnect network of a Cluster. That sounds pretty simple and straightforward. But the underlying technology is quite new and exciting and the NAM concept enables entirely new approaches for using memory as a shared resource.”

Why Governments and HPC Need Each Other

Robert Roe

“High performance computing (HPC) is inextricably linked to innovation, fueling breakthroughs in science, engineering, and business. HPC is viewed as a cost-effective tool for speeding up the R&D process, and two-thirds of all US-based companies that use HPC say that “increasing performance of computational models is a matter of competitive survival.”

Update on Trinity System Procurement and Plans

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“Trinity is the first of ASC’s advanced technology systems. According to NNSA/ASC Program Office’s recently published ASC Computing Strategy document, advanced technology systems are “the vanguards of high performance computing platform market and incorporate features that, if successful, will become future commodity technologies. These large, first-of-a-kind systems will require application software modifications in order to take full advantage of exceptional capabilities offered by new technology.”

Cray, Dell, Extoll, IBM & Nvidia to Develop Pilots for Human Brain Project

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This week the Jülich Supercomputing Centre announced it is leading the creation of the Human Brain Project’s High Performance Computing (HPC) Platform.

Fujitsu to Build Post-K Supercomputer for RIKEN in Japan

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Today Riken announced that Fujitsu Ltd. has been selected to develop the basic design for Japan’s next-generation supercomputer.

Memory-Driven Near-Data Acceleration and its Application to DOME/SKA

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In this video from the 2014 HPC User Forum in Seattle, Jan van Lunteren from IBM Research Labs in Zurich presents: Memory-Driven Near-Data Acceleration.

HPC at Paypal: Leveraging DSPs for Systems Intelligence

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“PayPal’s novel approach is to convert events represented in a plain text format into a numeric format which can be analyzed in real-time using mathematical techniques with hardware specifically designed to operate on such numeric data. The first instantiation of this approach uses ProLiant m800 cartridges powered by TI’s 66AK2Hx DSP processor.”

Can IBM Succeed with Neurosynaptic Computing?

Robert Roe

In this Industry Perspective from Scientific Computing World, Robert Roe considers the human challenges that must be overcome if IBM’s new neurosynaptic computing paradigm is to be successful. “IBM’s move reflects a growing understanding by hardware manufacturers that software is critical to the uptake of new chips and new architectures. Creating a new architecture, drastically different from those that preceded it, inexorably creates challenges and increases the complexity of generating code that will work for the new system.”

DOE Task Force Releases Recommendations for Exascale Investment

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A new report on the problems and opportunities that will drive the need for next generation HPC has been released by the Task Force on High Performance Computing of Secretary of Energy Advisory Board. Commissioned by Secretary of Energy, Dr. Ernest J. Moniz, the report includes recommendations as to where the DOE and the NNSA should invest to deliver the next class of leading edge machines by the middle of the next decade.

IBM Looks to Synaptic Computing with TrueNorth Chip

The TrueNorth chip redefines what is possible in the field of brain-inspired computers, in terms of size, architecture, efficiency, scalability, and design techniques.

“We have designed an end-to-end ecosystem complete with a new simulator, a new programming language, an integrated programming environment, new libraries, new (and old) algorithms as well as applications, and a new teaching curriculum. The goal of the ecosystem is to dramatically increase programmer productivity. Metaphorically, if TrueNorth is “ENIAC”, then our ecosystem is the corresponding “FORTRAN.”