Welcome to the NAVY DSRC
The Navy DoD Supercomputing Resource Center (Navy DSRC) is a premier provider of high performance computing services and support to the United States Department of Defense scientists and engineers. It is one of five supercomputing centers established under the auspices of the Department of Defense (DoD) High Performance Computing Modernization Program (HPCMP). The Navy DSRC leverages high performance computers and a wealth of knowledge to greatly improve the computational research environment for DoD researchers. The center also provides leadership for HPCMP-wide functions including remote petascale data storage, enterprise systems monitoring, and remote system and database administration.
HPC Portal Available at Navy DSRC
The Navy DSRC is pleased to announce the release of the HPC Portal for all Navy DSRC Utility Server, Haise, and Kilrain users. All users of the Navy... Read more...
Navy DSRC Xeon Phi Nodes Available on iDataPlex Systems
Hybrid computing is acknowledged to be the future of High Performance Computing, and as such, the Navy DSRC is pleased to announce the availability... Read more...
|Apr 16-17||Utility Server||1030 CT||1700 CT||Facility Maintenance|
A Next-generation Operational Global Ocean Nowcast/Forecast System - 9/9/13
The new Global Ocean Forecast System (GOFS) version 3.0 was declared an operational product at the Naval Oceanographic Office (NAVOCEANO) on 20 March 2013. It can accurately depict (nowcast) and predict (forecast) the oceanic "weather," thus providing improved environmental awareness to the warfighter. Read More...
Bioluminescence Potential Modeling and Forecasting - 9/9/13
There is a long documented history of brilliant displays of bioluminescence in the wakes of ships, breaking waves, around the bodies of rapidly moving fish and mammals, and from simple agitation of the water with one's hand or a stick. Predictions of the location, timing and intensity of bioluminescence (BL) potential and intensity of bioluminescence water leaving radiance (BLw) are critical for numerous naval operations. Read More...