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Primeur weekly 2011-07-18

Desktop Grids

Version 4.2.4 of OurGrid middleware released

XtremWeb-HEP 7.5.0 released

The Cloud

Rutgers-led experts assemble globe-spanning supercomputer Cloud

IBM debuts Cloud-based analytics suite to help companies boost marketing results

HP accelerates customers' path to open, hybrid Cloud

IBM expands business in Japan with new Cloud data centres

VMware unveils VMware vSphere 5 and comprehensive Cloud infrastructure suite

Panaya reaches 2,000 ERP systems milestone

VMware introduces VMware vSphere Storage Appliance to further simplify IT for small and midsized businesses

ET Water celebrates smart irrigation month with the launch of the GNOME Smart Irrigation Calculator

From end-user to data centre: Cisco enhances Cloud computing performance, efficiency and security

EuroFlash

Lomonosov supercomputer sets world record for performance on Graph500 benchmark

European Commission to organize Information Day on Cloud Computing, Internet of Services and Advanced Software Engineering

Bright Cluster Manager selected by Freie Universitaet Berlin to manage new Dell-based HPC system

Eurotech to receive 4 million euro order from Selex Elsag for Aurora HPC for cyber security applications

Medicsight and Ziooft partner in U.S. to offer computer-aided detection with supercomputing functional analytics

Imec achieves breakthroughs in enabling future DRAM and RRAM

USFlash

IBM Power Systems running Linux outperform competition on standard benchmarks

Drexel University chose advanced HPC and Bright Cluster Manager to help unravel the mysteries of the Universe and the world of molecular dynamics

Moving data at the speed of science: Berkeley Lab lays foundation for 100 Gbps prototype network

Scientists model physics of a key dark-energy probe

SDSC visualizations win 'OASCR' Awards at SciDAC 2011

SDSC's Trestles provides rapid turnaround and enhanced performance for diverse researchers

Sandia's 'cooler' technology offers fundamental breakthrough in heat transfer

Changsha National Supercomputing Center inaugurated

Oracle introduces Oracle Exadata Storage Expansion Rack

University of Virginia's Olivier Pfister accomplishes breakthrough toward quantum computing

GNS Healthcare collaborates with NCI in new approach to lung cancer: supercomputer analysis to aid in matching targeted drugs to patients

Wolfram Research announces gridMathematica 8: Adding the power of CUDA over the Grid

UC Irvine study points to new approach to influenza's antiviral resistance

basysKom, Codero, Gluster and Nixu Open join The Linux Foundation

Stanford engineers build a nanoscale device for brain-inspired computing

NVIDIA names Stanford University a CUDA Center of Excellence

NIST prototype 'optics table on a chip' places microwave photon in 2 colours at once

Rutgers-led experts assemble globe-spanning supercomputer Cloud

6 Jul 2011 New Brunswick - Until now, using supercomputing to solve research problems or industrial tasks required significant expertise and effort. And if a single supercomputer couldn't provide enough power, you had to build a bigger one or link two or more together - not a trivial undertaking even for the experts.

Manish Parashar, professor of electrical and computer engineering at Rutgers, was part of a team that recently demonstrated a better way. The group, which included experts from IBM and the University of Texas at Austin, created a massive virtual supercomputer Cloud capable of easily solving the toughest computing tasks.

The team brought home first place in a contest run by the Institute of Electrical and Electronics Engineers (IEEE), known as the IEEE SCALE 2011 Challenge. The challenge was to demonstrate scalable computing, that is, the ability to add resources as a task calls for more computing horsepower and to shed them once the task became less daunting.

"We demonstrated how to build 'federated Clouds'", stated Manish Parashar, an effort that involved mixing and matching multiple computing resources, integrating them into a virtual 'Cloud' that operated as a single large computer, and disbanding resources when they were no longer needed. "Our goal is to make these federated, high-performance computing Clouds more useful to industry", he stated.

Manish Parashar and his National Science Foundation-funded Center for Autonomic Computing (CAC) worked with experts at IBM and the University of Texas to solve a real-world problem: how to extract as much oil as possible from an oil field.

IBM's Thomas Watson Research Center provided expertise and access to supercomputers and the University of Texas contributed oil industry experience through its Center for Subsurface Modelling. Rutgers applied its expertise in autonomic computing, where computers make high-level decisions to get more resources with little or no human intervention.

"Oil reservoir optimization is one of the most demanding applications in computing", stated IBM's Kirk Jordan, a former adjunct professor of computer science at Rutgers. "Modelling the systems requires simulating complex physics and exploring large numbers of parameters."

The computing competition took place in May at the International Symposium on Cluster, Cloud and Grid Computing sponsored by IEEE and ACM - formerly the Association of Computing Machinery.

The team's computing needs were provided by IBM "Blue Gene" supercomputers in Yorktown Heights, New York, but when more power was needed, the team tapped IBM supercomputers at the King Abdullah University of Science and Technology in Saudi Arabia.

And all that power was literally at their fingertips - the engineers ran their demonstration through a hand-held Apple iPad tablet computer.

"Accessing such a large supercomputer configuration from an iPad to easily run a complex application makes supercomputing much more accessible to scientists and engineers", stated Moustafa AbdelBaky, a Rutgers graduate student who presented the demonstration at the conference.

Other team members included Hyunjoo Kim of Rutgers; Hani Jamjoom, Vipin Sachdeva, Zon-Yin Shae and James Sexton of IBM; and Mary Wheeler, Gergina Pencheva and Rzea Tavakoli of the University of Texas.

Manish Parashar formed the Center for Autonomic Computing in 2008 to advance the relatively new field of autonomics, which aims to reduce the complexity of building and managing computer systems while making computers more reliable and cost effective. The endeavour seeks to make computers aware of conditions such as excess power consumption, running short on resources like memory and processing power, or sensing attacks from the network, and then equips them to respond automatically with less human intervention.

CAC's academic partners are the University of Arizona and the University of Florida, and it has 15 industrial partners that include IBM, Intel, Microsoft and Xerox as well as others in the communications, defense and financial industries.
Source: Rutgers University

Back to Table of contents

Primeur weekly 2011-07-18

Desktop Grids

Version 4.2.4 of OurGrid middleware released

XtremWeb-HEP 7.5.0 released

The Cloud

Rutgers-led experts assemble globe-spanning supercomputer Cloud

IBM debuts Cloud-based analytics suite to help companies boost marketing results

HP accelerates customers' path to open, hybrid Cloud

IBM expands business in Japan with new Cloud data centres

VMware unveils VMware vSphere 5 and comprehensive Cloud infrastructure suite

Panaya reaches 2,000 ERP systems milestone

VMware introduces VMware vSphere Storage Appliance to further simplify IT for small and midsized businesses

ET Water celebrates smart irrigation month with the launch of the GNOME Smart Irrigation Calculator

From end-user to data centre: Cisco enhances Cloud computing performance, efficiency and security

EuroFlash

Lomonosov supercomputer sets world record for performance on Graph500 benchmark

European Commission to organize Information Day on Cloud Computing, Internet of Services and Advanced Software Engineering

Bright Cluster Manager selected by Freie Universitaet Berlin to manage new Dell-based HPC system

Eurotech to receive 4 million euro order from Selex Elsag for Aurora HPC for cyber security applications

Medicsight and Ziooft partner in U.S. to offer computer-aided detection with supercomputing functional analytics

Imec achieves breakthroughs in enabling future DRAM and RRAM

USFlash

IBM Power Systems running Linux outperform competition on standard benchmarks

Drexel University chose advanced HPC and Bright Cluster Manager to help unravel the mysteries of the Universe and the world of molecular dynamics

Moving data at the speed of science: Berkeley Lab lays foundation for 100 Gbps prototype network

Scientists model physics of a key dark-energy probe

SDSC visualizations win 'OASCR' Awards at SciDAC 2011

SDSC's Trestles provides rapid turnaround and enhanced performance for diverse researchers

Sandia's 'cooler' technology offers fundamental breakthrough in heat transfer

Changsha National Supercomputing Center inaugurated

Oracle introduces Oracle Exadata Storage Expansion Rack

University of Virginia's Olivier Pfister accomplishes breakthrough toward quantum computing

GNS Healthcare collaborates with NCI in new approach to lung cancer: supercomputer analysis to aid in matching targeted drugs to patients

Wolfram Research announces gridMathematica 8: Adding the power of CUDA over the Grid

UC Irvine study points to new approach to influenza's antiviral resistance

basysKom, Codero, Gluster and Nixu Open join The Linux Foundation

Stanford engineers build a nanoscale device for brain-inspired computing

NVIDIA names Stanford University a CUDA Center of Excellence

NIST prototype 'optics table on a chip' places microwave photon in 2 colours at once