Page 23 Computational Partnerships / FY 2014 Enacted Computational Partnerships / Computer Sciences / Oak Ridge National Laboratory / The Computational Partnerships / Lawrence Berkeley National Laboratory / /
Country
United States / /
Currency
USD / /
EntertainmentAwardEvent
OSCARS / /
Event
Man-Made Disaster / /
Facility
Illinois power grid / Rutgers University / SC/Basic Energy Sciences Energy Frontier Research Center / Oak Ridge Leadership Computing Facility / /
IndustryTerm
large linear and nonlinear systems / cross-disciplinary tools / multicore chips / generation high performance computing facilities / exascale computing / performance computing / technology programs / interagency networking / wind energy / scientific applications / accelerator processors / high energy physics / distributed computing environment / optical network / capable exascale systems / renewable energy sources / exascale systems / mission applications / generation high performance computing systems / technology advances / advance computing / performance computing systems / software technologies / biological systems / in situ data management / extreme energy environments / file systems / software efforts / exascale component technology research / performance tools / scientific and data-intensive computing applications / capable computing systems / optical technologies / department-scale computing / collaboration tools / system software / software environment tools / energy / science applications / forefront computing resources / speed optical networks / chemical reactions / energy source / system software functionality / multi-level storage system software / software stack / energy market / electricity / scientific computing capabilities / energy dispatch problems / generation high performance computing / network services / investments in hardware / exascale computing challenges / dark energy / mathematical technologies / software approaches / exascale computing effort / in-house computing resources / car development process / storage systems / electrical energy / model systems / data management / renewable energy nipping / optical networking equipment / scientific networks / extreme-scale computing / leadership computing facilities / energy management / bandwidth networks / storage technologies / integrated software tools / software service / operational software / energy efficiency / computing / automobile manufacturer / performance computing software stack / scientific computing / memory management / require developing system software / /
OperatingSystem
ADIOS / /
Organization
Department of Energy's ESnet / office of Electricity Delivery and Energy Reliability / Rutgers University / National Science and Technology Council’s Committee on Technology / Department of Energy / office of Science / Department’s mission / Federal Government / National Energy Research Scientific Computing Center / office of Nuclear Energy / National Information Technology Research and Development Subcommittee of the National Science / National Nuclear Security Administration / SC/Basic Energy Sciences Energy Frontier Research Center for Nanoscale Control of Geologic Carbon / /
Position
model systems involving processes taking place / Major / /
Product
SciDAC / /
ProvinceOrState
Illinois / /
Technology
storage technologies / 3-D / multicore chips / Information Technology / Fluid Dynamics / software technologies / Two ASCR Data Technologies / operating systems / pdf / optical networking / accelerator processors / http / gigabit / simulation / /
Advanced Scientific Computing Research Overview The Advanced Scientific Computing Research (ASCR) program’s mission is to advance applied mathematics and computer science; deliver, in partnership with disciplinary scie