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Tag: IBM

Community Grid Fosters Microbial Discovery

Oct 22, 2014 |

An international team of volunteers is putting their spare computing power to work unlocking the secrets of microbes from around the world. By plugging in to IBM’s World Community Grid, contributors are creating a supercomputer that can carry out genetic comparisons of a wide variety of tiny organisms that are too small to see with the naked eye. Read more…

Watson-based Tool Automates Discovery

Aug 28, 2014 |

The HPC community has been following IBM’s Watson technology since a semi-personified version of the analytics machine became a winning Jeopardy contestant in 2011. Since then Watson has been SaaS-ified, cloud-enabled, and sent to medical school. Most recently the technology popped up in a tool called KnIT (Knowledge Integration Toolkit). Developed by IBM in partnership with Read more…

IBM Applies Elastic Storage to Big Data Challenge

Aug 25, 2014 |

A big data tool developed by IBM in partnership with Deutsches Elektronen-Synchrotron (DESY) will enable scientists around the world to more quickly manage and share massive volumes of x-ray data produced by a super microscope in Germany. German research center DESY develops, builds and operates large particle accelerators used to investigate the structure of matter. Read more…

ALCF Optimizes I/O with Innovative ‘Cache’

Aug 19, 2014 |

The Argonne Leadership Computing Facility (ALCF), a DOE Office of Science user facility, is on-track to hosting the fastest GPFS file system in the world. The innovative storage upgrade project is mainly concerned with reducing the amount of time users have to spend managing the massive amounts of data generated by the organization’s supercomputers. Ask Read more…

Supercomputing Makes for Smarter Chinese Cities

Aug 19, 2014 |

Home to some of the world’s fastest supercomputers, China is looking to apply that computing power to solve issues that are important to its populace. On Monday, a Chinese researcher revealed a plan to use China’s Tianhe-1A system toward the construction of new “smart cities.” Taking an interdisciplinary approach to the challenges of urban planning, Read more…

Brainy IBM Chip Packs One Million Neuron Punch

Aug 7, 2014 |

IBM researchers have developed a super-efficient chip inspired by the functioning of the human brain. Named TrueNorth, the chip features 5.4 billion transistors arranged in a network of 4,096 neurosynaptic cores, yielding the equivalent of one million neurons and 256 million synapses. Despite being one of the largest CMOS chips ever built, TrueNorth consumes just 70mW during Read more…

Tech Titans Pledge Free Cycles for Climate Change Research

Jul 29, 2014 |

Amazon, Microsoft and IBM are promising to provide free virtual supercomputing and cloud resources to support the US government’s Climate Action Plan and Climate Data Initiative program. The initiatives, which were unveiled earlier today, coincide with a report from the Council of Economic Advisers that explores the economic consequences of delaying action to stem climate Read more…

IBM Adds InfiniBand Option to SoftLayer Cloud

Jul 23, 2014 |

IBM announced that InfiniBand will be added as a networking option on its SoftLayer cloud computing servers in the third quarter of this year. InfiniBand supports data transfer speeds as fast as 56 gigabits per second, fast enough to transfer the contents of a library of 30,000 Blu-ray discs in 24 hours. It’s the same Read more…

IBM Invests $3 Billion in Next-Gen Chip Design

Jul 14, 2014 |

The slow-down of Moore’s law has chip makers expanding their efforts beyond the scaling of silicon-based transistors to include the development of alternative materials and computing approaches. Such is the case with IBM, which last week launched a $3 billion research initiative focused on getting to “7 nanometers and beyond.” The five year program comes Read more…

IBM Bets on Nanotubes to Succeed Silicon in 2020

Jul 2, 2014 |

The effect of five decades of exponential progress with silicon chips doubling in speed every couple years as observed by Intel cofounder Gordon Moore in 1965 cannot be overstated. As silicon-based transistors push against the limits of physics, the death of Moore’s law could pack a devastating blow to the industry and even the global Read more…