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Primeur weekly 2016-08-08

Focus

OpenSoC Fabric to create Open Source Network-on-Chip systems for demonstration purposes ...

ExaNoDe project is looking for chiplet solutions stacked on an active silicon interposer ...

Quantum computing

New quantum computer module sets stage for general-purpose quantum computers ...

Diamond-based light sources will lay a foundation for quantum communications of the future ...

Focus on Europe

IBM scientists imitate the functionality of neurons with a phase-change device ...

European Commission issues booklet on e-Infrastructures as the foundation of the European Open Science Cloud ...

Middleware

Bright Computing releases Version 7.3 of Bright Cluster Manager and Bright OpenStack ...

Hardware

HiPEAC community delivers video processing with up to eight times faster edge detection and 50 times faster motion detection ...

AMD open sources professional GPU-optimized photorealistic renderer ...

Curtiss-Wright collaborates with Dolphin Interconnect Solutions to dramatically increase HPEC system fabric speed ...

New UK consortium to explore use of magnetic skyrmions in data storage ...

Smallest photodetector worldwide for optical data transmission ...

Cray reports second quarter 2016 financial results and updates 2016 outlook ...

Panasas introduces ActiveStor 20 ...

World's Highest Density Deep Learning Supercomputer in a Box by Joint Creators Orange and CoCoLink Korea ...

Applications

Rail researchers select liquid cooled computing for Big Data risk analysis ...

SC16 selects industry veteran Katharine Frase as keynote speaker ...

University of Kentucky biology graduate student wins prestigious Blue Waters Fellowship ...

Partnership between University of Maryland and U.S. Army Research Laboratory harnesses the power of defense supercomputing to create opportunities for scientific discovery ...

Personalized virtual brains: Big data - big theory ...

Analysis of metastatic prostate cancers suggests treatment options ...

Penn researchers improve computer modeling for designing drug-delivery nanocarriers ...

The Cloud

5.3 million euro HNSciCloud tender for Hybrid Cloud Platform released ...

IBM captures leadership position in hybrid Cloud environment adoption, according to research firm ...

IBM named leader in private Cloud adoption by market research firm ...

Partnership between University of Maryland and U.S. Army Research Laboratory harnesses the power of defense supercomputing to create opportunities for scientific discovery

29 Jul 2016 Collega Park - The University of Maryland (UMD) and the U.S. Army Research Laboratory (ARL), the central laboratory that provides world-class research for the Army, have signed a strategic partnership to provide high-performance computing (HPC) resources for use in higher education and research communities. As a result of this synergistic partnership, students, professors, engineers and researchers will have unprecedented access to technologies that enable scientific discovery and innovation.

The partnership was formed under ARL's "Open Campus" initiative, which aims to build a science and technology ecosystem. Mid-Atlantic Crossroads (MAX), a University of Maryland centre that operates a multi-state advanced cyberinfrastructure platform, will connect ARL's high-performance computer "Harold" to this ecosystem on its 100-Gbps optical network. Collaborators from the UMD, MAX and ARL communities will be able to build research networks, explore complex problems, engage in competitive research opportunities and encounter realistic research applications.

"The UMD/MAX-ARL partnership provides a unique opportunity for both organisations to create a national model of collaboration in the HPC field", stated Tripti Sinha, MAX Executive Director and UMD Assistant Vice President and Chief Technology Officer. "Collaborative partnerships are key to maximizing our technological potential and ensuring our nation's strength and competitiveness in the critical fields of science and research. UMD and MAX are very excited to work with ARL on this endeavour."

In addition to increasing accessibility and enhancing HPC resources for researchers, the collaboration between UMD/MAX and ARL will also support innovation activities conducted by private and start-up companies that connect through MAX's infrastructure.

"Our goal is to take the cutting-edge computational power that we use for defense research, development, test, and evaluation and put that in a place that will benefit the wider scientific community", stated Dr. Raju Namburu, Chief, Computational Sciences Division, Computational and Information Sciences Directorate, U.S. Army Research Laboratory.

UMD, MAX, and ARL's combined effort not only benefits the mid-Atlantic region, but also aligns with the federal government's strategic initiative to maximize the benefits of supercomputing for economic competitiveness, scientific discovery and national security. An executive order announced in July 2015 established the National Strategic Computing Initiative (NSCI) to support the United States in its efforts to remain a leader in the development and deployment of HPC systems.

"The university is in full support of the federal government's leadership on this critical HPC initiative", stated Eric Denna, UMD Vice President and Chief Information Officer. "The creation of the UMD/MAX-ARL partnership is just one step in the promotion of HPC innovation, and UMD will continue to actively participate by contributing technical expertise and sharing knowledge with our key collaborators."

The UMD/MAX-ARL partnership also lays the foundation for the organisations to expand their reach and make additional HPC resources accessible to the communities they serve.

Harold will become available once the machine is scrubbed, declassified and brought into ARL's demilitarized zone, or perimeter network. Under ARL and UMD's collaborative research development agreement (CRADA), the HPC resource will be allocated to MAX's Internet Protocol (IP) address space and will be accessible to the collective communities of UMD, MAX and ARL's Open Campus. As a result, researchers will have supercomputing-caliber computational capability and leading-edge advanced networking research at their fingertips that is designed for application development and networking experiments.

"This joint research venture with UMD/MAX will leverage ARL's high-performance resources and the Army's groundbreaking research programs in emerging scientific computing architectures, such as non Von Neumann computing architectures, distributed ad-hoc computing and programmable networks", Raju Namburu stated. "The result is a unique opportunity for synergistic collaboration between two prominent organisations on the forefront of research and innovation."

The ultimate goal is to share HPC resources for the good of the community and ensure that groundbreaking collaborative projects have the necessary tools.

“An HPC resource like Harold will significantly enhance the capabilities of the University of Maryland's faculty and student researchers", stated Patrick O'Shea, UMD Vice President and Chief Research Officer. "The partnership between UMD/MAX and ARL opens up connections for our community and enables research opportunities. We are eager to see the expansion of our creative ecosystem."
Source: University of Maryland

Back to Table of contents

Primeur weekly 2016-08-08

Focus

OpenSoC Fabric to create Open Source Network-on-Chip systems for demonstration purposes ...

ExaNoDe project is looking for chiplet solutions stacked on an active silicon interposer ...

Quantum computing

New quantum computer module sets stage for general-purpose quantum computers ...

Diamond-based light sources will lay a foundation for quantum communications of the future ...

Focus on Europe

IBM scientists imitate the functionality of neurons with a phase-change device ...

European Commission issues booklet on e-Infrastructures as the foundation of the European Open Science Cloud ...

Middleware

Bright Computing releases Version 7.3 of Bright Cluster Manager and Bright OpenStack ...

Hardware

HiPEAC community delivers video processing with up to eight times faster edge detection and 50 times faster motion detection ...

AMD open sources professional GPU-optimized photorealistic renderer ...

Curtiss-Wright collaborates with Dolphin Interconnect Solutions to dramatically increase HPEC system fabric speed ...

New UK consortium to explore use of magnetic skyrmions in data storage ...

Smallest photodetector worldwide for optical data transmission ...

Cray reports second quarter 2016 financial results and updates 2016 outlook ...

Panasas introduces ActiveStor 20 ...

World's Highest Density Deep Learning Supercomputer in a Box by Joint Creators Orange and CoCoLink Korea ...

Applications

Rail researchers select liquid cooled computing for Big Data risk analysis ...

SC16 selects industry veteran Katharine Frase as keynote speaker ...

University of Kentucky biology graduate student wins prestigious Blue Waters Fellowship ...

Partnership between University of Maryland and U.S. Army Research Laboratory harnesses the power of defense supercomputing to create opportunities for scientific discovery ...

Personalized virtual brains: Big data - big theory ...

Analysis of metastatic prostate cancers suggests treatment options ...

Penn researchers improve computer modeling for designing drug-delivery nanocarriers ...

The Cloud

5.3 million euro HNSciCloud tender for Hybrid Cloud Platform released ...

IBM captures leadership position in hybrid Cloud environment adoption, according to research firm ...

IBM named leader in private Cloud adoption by market research firm ...