High Speed Network

The NSDF pilot relies on a high speed network infrastructure provided by the Internet2 alliance.

High Speed Network infrastructures support data transfer to, from, or between storage resources and entry points. These operations take place over Internet2 and its 100Gbps backbone, leveraging NSF investments such as XSEDE resources.

Internet2 delivers betweens 400 Gbps and 1.6 Tbps of capacity to each of 48 nodes throughout the continental US and will support substantial growth beyond the currently delivered 10PB a day (2EB a year).

Workforce education and outreach

The NSDF pilot relies on set of workforce education and outreach activities using a holistic and agile deployment to validate the effectiveness of the NSDF pilot and gather community feedback.

To verify that the NSDF infrastructure can deliver the services to diverse communities as envisioned, in this program we will collaborate with Professor Brian Schuster at the University of Texas El Paso to demonstrate the potential of information repositories such as Materials Commons for re-use of data in teaching and research projects.

The students at this Hispanic-serving institution will have direct access to cutting edge materials characterization data and diagnostic techniques with a few mouse clicks.

These real-life materials examples will offer immediate educational enrichment and an opportunity to immerse themselves in four dimensional experimental and computational data that is the foundation of modern materials by design.

NSDF Entry Points

The current pilot relies on NSDF Entry Points to provide a uniform set of services for small, medium, and large target computing centers and cloud providers, academic and commercial.

An NSDF Entry Point is provided to the user with its domain agnostic software stack and a set of recommendations for a possible commodity appliance that depends on the level of services expected.

This material is based upon work supported by the National Science Foundation under Grant No. 2138811.

Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.

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