[Known Issues] Post Neutron Upgrade
in Uncategorized onRead moreThe Neutron upgrade is complete. There are some minor known issues you may face with instances that were booted before…
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Call for expressions of interest for the Advanced Technology Cluster (ATC) is open
in Uncategorized onRead moreThe Pawsey Supercomputing Centre is seeking expressions of interest from research groups interested in providing input into the specifications of…
It’s Time for the NeCTAR Research Cloud in NSW
in Uncategorized onRead moreIntersect Australia delivers on the promise of NSW state-of-the-art research cloud computing capability as part of Time.intersect.org.au big compute. Intersect…
Pawsey Supercomputing Centre joins the national Research Cloud Federation
in Uncategorized onRead moreThe Pawsey Supercomputing Centre is pleased to announce that it is now part of the national NeCTAR Research Cloud Federation. The Pawsey…
University of Tasmania launches the Tasmanian eResearch Cloud
in Uncategorized onRead moreTasmania continues a 20-year tradition at the crest of the nation’s research computing capacity with the launch today of the…
NCI adds high-performance capability to NeCTAR Research Cloud
in Uncategorized onRead moreNeCTAR welcomes National Computational Infrastructure (NCI) to the NeCTAR Research Cloud, and congratulates the NCI team on commissioning their public cloud node…
- A major advantage of the cloud resources is that it provides a single, stable, purpose built and configurable analysis platform for our whole group, which results in less training time for our students, avoids the uncertainty of analyses run on different systems and allows us to reconfigure our resources to match our data and analyses. It is a fantastic resource.
Head of Biology at the South Australian Museum, AdelaideProf Steven Donnellan - The computing resources of the Nectar Cloud are indispensable.
University of Adelaide and South Australian MuseumA/Prof Mike Lee - Access to the Nectar cloud infrastructure has provided the additional capacity we needed to calculate the properties of various metal clusters that we are comparing to experimental results. Over the past few months we have made several advances that will lead to several key publications and contribute to 3 PhD theses.
School of Chemistry and Physics, University of AdelaideA/Prof Greg Metha