CCT Weekly, May 2. CCT Weekly: May 2. LSU- led Black Hole Simulation Wins First Prize at International Competition A team of 1. LSU researchers and students, led by faculty at the LSU Center for Computation & Technology, or CCT, conducted a presentation and demonstration that won first prize at the SCALE 2. CCGrid. 09, a premier conference for cluster and Grid computing. The SCALE 2. 00. 9 competition, which took place in Shanghai, China, involved researchers demonstrating real- world problem solving using scalable computing, in which scientists use computer systems that can easily adapt, or scale up, to provide greater performance and computing power and give them greater capability to solve complex problems. The CCT- led demonstration showcased a scalable, interactive system to simulate and visualize black holes to study the physics of gravitational waves. This complex process involves many challenges that scientists are only now able to address with modern cyberinfrastructure, including scalable computing systems.“We were honored to receive first prize in this competition, particularly since we had many challenges leading up to our demonstration,” said LSU Department of Computer Science and CCT Professor Gabrielle Allen, who led the demonstration team. The rest of our team communicated from LSU during the competition using Skype and live chat to describe the process and answer questions. The fact LSU’s entry won first prize in spite of these obstacles is a good reflection on the quality of scientific research our group was able to demonstrate, and we are grateful for this recognition from our international peers and collaborators.” The CCT entry addressed the scalable computing challenges of the competition, including automatically generating simulation code, developing programs and software components to provide fast data transfer across the Louisiana Optical Network Initiative, or LONI, parallelize the rendering process that transforms scientific data into images and building interactive, tangible devices that allow observers to engage directly with the scientific data as it is visualized live. The CCT demonstration also tested the team’s ability to effectively use high- performance computing machines concurrently, running applications on thousands of computing cores at once while using multiple, distributed resources of different types(computation, storage, networks, graphics) for a single application. Numerical simulations are the only practical way to study black hole systems, but this requires a complex system of mathematical equations describing effects that span a wide range of length- and time- scales. To address this challenge, the CCT demonstration used Cactus Software Framework, an open- source environment that allows teams of researchers from different fields in different locations to work together at modeling the black hole collisions, solving Einstein’s Equations. EMERGING FRONTIERS IN RESEARCH AND INNOVATION 2010 (EFRI-2010) 1. Renewable Energy Storage. NSF 08-599 National Science. Preliminary Proposal Due Date(s). Browse 1991 National Science Foundation Grants below. 2009: NSF/DOE Partnership in Basic Plasma Science and Engineering. Search this site: CENTER FOR COMPUTATION & TECHNOLOGY Interdisciplinary . Directory; CCT History: Timeline; Organization. Director; Deputy Director. National Science Foundation Update Weekly Digest Bulletin. 2009; Program Guidelines: NSF 09-558. Cactus allowed the researchers to automate a process that would be too time- consuming and error- prone for scientists to perform by hand. The demonstration involved collaboration with LONI and the Texas Advanced Computing Center in Austin, where the black hole simulation was run on 2,0. Ranger machine. The CCT team was able to demonstrate live interaction with the simulation using a Web interface for application- level monitoring, debugging, and profiling. The simulation integrated social networking sites into the scientific process, using a new Cactus application an LSU undergraduate student co- developed to announce runtime information to Twitter and provide real- time images of the gravitational field through Flickr. NSF CCF Core Programs (Smalls), 2015; Technical Program Committee (TPC) Member. IEEE International Conference on Parallel and Distributed Systems, 2016; IEEE International Conference on Computer Design, 2016. Computer and Information Science and Engineering (CISE). Applying to Core Programs Program Solicitations: – CCF: NSF 15-573 – CNS: NSF 15-572 – IIS: NSF 15-574. Next Deadline: Nov 30, 2009. Provides from $1,000 to $7,000 in support of any type of astronomical research. Astronomers from smaller. Programs include ASA/NSF/Census Research Program & ASA/NSF/BLS Fellowship Program (12/10. The demonstration showed live, interactive images of the black hole data using a scientific visualization system distributed across LONI. The CCT group built tangible interaction devices, which they provided on the show floor in Shanghai, allowing observers to interact in real- time with the visualization process. The team came in first among the five international, short- listed entries for the competition. Sloan Foundation for his proposal titled . This visit is a joint initiative of CCT and the AVATAR Initiative. CISE’s Division of Computing and Communication Foundations (CCF) supports research and education projects that develop new knowledge in three core programs: The Algorithmic Foundations program; The Communications and. NSF Security Program Overview March 26, 2009. CNS Trustworthy Computing PM: Karl Levitt. Related awards in NSF and CISE wide programs (GENI, NeTS, NeTSE, CSR, CRI, MRI, IIS. Secure Core: processor, OS kernel. The bus is a mobile music and audio recording studio that visits college campuses, schools and community organizations across the United States each year to give students a chance to produce their own songs and music videos, experimenting with audiovisual technology. The bus showcases Apple hardware and software, digital media authoring tools, including Final Cut Studio and Logic studio for HD video, and music production. The John Lennon Educational Tour Bus will be parked on the south end of the Parade Ground, on the Union side. The bus will be open from 9 a. Students, faculty and community members are invited to come experience the bus and use the equipment inside to produce their own digital media projects. There is no cost for this activity. Please visit http: //www. Beowulf. Summer. Camp to see a schedule of planned lessons. Vice Chancellor Brooks Keel and Provost Astrid Merget will attend this meeting to address the University’s budget situation.
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