advanced computing in environmental sciences aces
DESCRIPTION
Advanced Computing in Environmental Sciences ACES. Vanda Grubišić Desert Research Institute Division of Atmospheric Sciences. ACES. State-wide research infrastructure development program funded by the NSF Experimental Program to Stimulate Competitive Research (EPSCoR) - PowerPoint PPT PresentationTRANSCRIPT
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Advanced Computing in Advanced Computing in Environmental Sciences Environmental Sciences
ACESACES
Vanda Grubišić
Desert Research Institute
Division of Atmospheric Sciences
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ACES• State-wide research infrastructure development program
funded by the NSF Experimental Program to Stimulate Competitive Research (EPSCoR)
• $3.4M ($1M/yr) in support of computational science activities in environmental research
• A collaboration between environmental scientists, computer scientists, and applied mathematicians at all three NSHE research campuses
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Why environmental sciences?
• The area in which Nevada scientists have traditionally been the most competitive in securing funding
• Starting with an existing large community that supports excellent graduate level programs
• Environmental science disciplines are“data-intensive” (large observational data sets, intensive modeling application, need for advanced visualization tools)
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ACES Main Objectives
• To create a core of computational science expertise and capability in environmental science research
• Foster application of Information Technology (IT) advances in environmental scientific disciplines
• Stimulate new multidisciplinary research centered on computer modeling and scientific data visualization
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ACES Strategy
• Creation of the Nevada Environmental Computing Grid (NECG) - research infrastructure that is more than just a sum of individual components dispersed throughout the state
• Fostering scientific collaboration and growth of the Application Community at NSHE
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Funding Opportunities for the Application Community
• Competitive postdoctoral (5) and graduate fellowships (14) in AY 2003/4 and 2004/5 - Congratulations Glenn!
• Summer 2005 graduate research program (13 fellows) • Seed grants for development of new collaborative proposals and
course development (4) - Congratulations Laurel!• Matching funds for startup packages for new faculty in computer
science and applied mathematics• New faculty program for this fall
INFRASTRUCTURE Nevada Environmental Computing Grid (NECG)
• Three grid nodes (DRI, UNR, UNLV) with the main node and the core facility at DRI NNSC in Reno
• Utilizes the high-bandwidth network communication infrastructure of the Nevada Research Network (NRN) connected to Internet2
• Two parts of NECG:– Computational Grid– Collaboration Grid (Access Grid)
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ACES Web Portal • The main entry point to all ACES resources • Simple and unified access to technical documentation
and job submission (using Globus Toolkit and Sun Grid Engine)
• Equally accessible from within or outside of DRI • Expertise in using the grid portal future-proof• Beta testing started in December • ACES Survey questionnaire on the ACES web page!
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ACES Web Site and Grid Portalhttp://www.aces.dri.edu
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Grid Portal:Login
A grid certificate is required to login
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ACES High-performance Computer (ACE)
• SGI Altix 3000• 40 Itanium2 CPUS• 80 GigaBytes of RAM• 3 TeraBytes of fast disk
storage• 166.7 Gflops/sec (LINPACK)• Linux operating system
ACES CORE FACILITY• Located at DRI NNSC in Reno• Hardware investment only of more than $1M• Support personnel: System Administrator (Kathy Smith-
Miller) and Scientific Applications Programmer (Shulan Liu)• ACES Computing:
High-performance SMP computer (ACE) Linux-based high-end visualization cluster (VisCluster) • ACES Visualization:
State-of-the-art multi-use scientific visualization laboratory (VisLab) with an Access Grid node
ACES VisLabCollaborative Environment
• Tiled back-projection system with a 17’ x 4.5’ flat-wall screen and 3 DLP projectors for collaborative visualization (Panoram, Christie)
• Front-projection stereoscopic system with polarization multiplexing (Panoram, Christie)
• Access Grid node for group-to-group interaction over the Internet (inSORS)
ACES VisLab Computing Environment
• VisCluster: 10 64-bit Opteron processors, Myrinet interconnect, Framelock video synchronization
• OS X and Linux-based advanced graphics workstations supporting time multiplexing stereo for individual work and content preparation
ACES at DRI• Established a new thrust in scientific computing and
visualization at DRI• Brought DRI to a new level of competitiveness in
environmental modeling and scientific visualization • More than $6M in competitive proposals from DRI
since the beginning of this year that plan on using the ACES facilities
• Co-initiator of the new project for immersive visualization in the CAVETM environment
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ACES WEBSITE http://www.aces.dri.edu
ADDITIONAL INFORMATION
VISLAB WEBSITE http://www.aces.dri.edu/vislab
CONTACT Dr. Vanda Grubišić ACES Coordinator and VisLab Director
State-Of-The-Art
Visualization Laboratory • Tiled back-projection system utilizing 17’ x
4.5’ flat-wall screen
• 3D front-projection stereoscopic system
• Numerous video sources from the Linux-based 10-processor VisCluster, Mac OS X and Windows XP computers
• Individual Linux and Mac OS X workstations for content preparation
Advanced Computing in Environmental Sciences
AG Node in SessionFlat-Wall Back-Projection
3D StereoscopicProjection
Access Grid Node•World-wide collaborative network with 6 nodes in Nevada
•Group-to-group interaction and real-time collaboration utilizing Internet2 resources
Located at DRI NNSC
More Infohttp://www.aces.dri.edu/vislab