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National Computational Infrastructure

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National Computational Infrastructure https://staging.dresa.org.au/content_providers/national-computational-infrastructure /system/content_providers/images/000/000/012/original/NCI_Australia_logo.jpg?1630387678
Showing 2 material.
Introduction to Gadi - part 1

Gadi is Australia’s most powerful supercomputer, a highly parallel cluster comprising more than 150,000 processor cores on ten different types of compute nodes. Gadi accommodates a wide range of tasks, from running climate models to genome sequencing, from designing molecules to astrophysical...

Keywords: HPC, supercomputer

Resource type: tutorial

Introduction to Gadi - part 1 https://staging.dresa.org.au/materials/introduction-to-gadi-part-i Gadi is Australia’s most powerful supercomputer, a highly parallel cluster comprising more than 150,000 processor cores on ten different types of compute nodes. Gadi accommodates a wide range of tasks, from running climate models to genome sequencing, from designing molecules to astrophysical modelling. Introduction to Gadi - Part 1 is designed for new users, or users that want a refresher on the basics of Gadi. To register for this training, click here: https://bit.ly/IntroGadi1 If you have any questions regarding this training, please contact training.nci@anu.edu.au. training.nci@anu.edu.au National Computational Infrastructure HPC, supercomputer ugrad masters phd mbr ecr researcher support
Introduction to Gadi - Part 2

Gadi is Australia’s most powerful supercomputer, a highly parallel cluster comprising more than 150,000 processor cores on ten different types of compute nodes. Gadi accommodates a wide range of tasks, from running climate models to genome sequencing, from designing molecules to astrophysical...

Keywords: HPC, supercomputer

Resource type: tutorial

Introduction to Gadi - Part 2 https://staging.dresa.org.au/materials/introduction-to-gadi-part-2 Gadi is Australia’s most powerful supercomputer, a highly parallel cluster comprising more than 150,000 processor cores on ten different types of compute nodes. Gadi accommodates a wide range of tasks, from running climate models to genome sequencing, from designing molecules to astrophysical modelling. Introduction to Gadi - Part 2 naturally follows on from Part 1, and is designed for beginners or users looking for a refresher on Gadi basics. To register for this training, click here: https://bit.ly/IntroGadi2 training.nci@anu.edu.au HPC, supercomputer ugrad masters mbr phd ecr researcher
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