COLUMBUS, Ohio – June 13, 2007 -- The National Science Foundation (NSF) has awarded a three-year, $695,000 grant to develop an associate degree program in computational science to a statewide coalition involving an educational initiative of the Ohio Supercomputer Center (OSC) and three Ohio community colleges.
COLUMBUS, Ohio — June 13, 2007 -- Academia and businesses increasingly are using computational science to improve discovery methods and results. That’s why, to better prepare their students, 19 professors from the throughout the United States and Puerto Rico are attending a weeklong workshop at the Ohio Supercomputer Center that will teach them how to integrate the discipline into their undergraduate curriculums.
COLUMBUS, Ohio — June 12, 2007 -- Juniper Networks, a network equipment company, recently honored Paul Schopis as a “Master of IT” for building one of the first dark fiber academic and research networks in the nation.
Schopis serves as the associate director of OSCnet, a statewide communications network managed by the Ohio Supercomputer Center. OSCnet is the nation’s most advanced dedicated high-speed fiber-optic network for education, research and economic development.
COLUMBUS, Ohio — May 1, 2007 — Firefighters near Toledo brace for the heat of a flashover in a simulator while firefighting students at a university campus many miles distant study the live-action video over a fiber-optic network.
Middle school students in Appalachian Ohio immerse themselves into a society on a virtual island they visit over the state-of-the-art network, moving about, walking, running and even flying through highly developed landscapes, park-like settings and buildings.
COLUMBUS, Ohio — April 24, 2007 — Ohio students, faculty, and researchers will no longer have to look out-of-state for access to the most advanced nationwide network in the United States, thanks to a project in Cleveland that connects Ohio’s research and education network – OSCnet – to the new Internet2 Network.
COLUMBUS, Ohio — April 9, 2007 — In preparation for the arrival of a new high performance computing system, the Ohio Supercomputer Center is providing three parallel computing workshops this spring.
The incoming computational system is projected to have 10 times the performance of the largest existing Ohio Supercomputer Center cluster. The IBM e1350 Compute Cluster will have 963 nodes and over 4,000 processor cores, allowing scientists to run their parallelized code on hundreds or thousands of processors.
COLUMBUS, Ohio — April 9, 2007 — Both businesses and researchers increasingly are using computational science to enhance their return on investments and discovery methods. Faculty wishing to incorporate this discipline into their coursework are invited to attend the workshop, “Integrating Computational Science into the Undergraduate Curriculum,” June 17 to 23, 2007, at the Ohio Supercomputer Center, Columbus, Ohio.
OSC has designed one of two new online training courses offered by the National Computational Science Alliance (NCSA) Partners for Advanced Computational Services (PACS). These parallel programming courses are designed for the high performance computing (HPC) user community. The Multilevel Parallel Programming Course was primarily created by the Science and Technology Support (STS) group at OSC (Ohio Supercomputer Center), lead by Leslie Southern.
Click on the links below to view the video demonstrating the new software.
"Ohio State University software is helping to forecast traffic accident hotspots. This video shows the software in action. Data visualization/screen capture by the Ohio Supercomputer Center, courtesy of Ohio State University."
Windows Media File
COLUMBUS, Ohio – February 20, 2007 – The Ohio Supercomputer Center (OSC) is helping deploy new technologies to Ohio’s K-12 schools with the 4th annual Megaconference Jr. This global Internet event is designed to give students and teachers in primary and secondary schools around the world the opportunity to communicate, collaborate and contribute to each others’ learning in real time, using advanced multi-point video conferencing technology.