Skip to main content

Supercomputing (HPC)

DeiC coordinates and facilitates the usage of the national supercomputers available for Danish researchers. The computers are operated and developed by the universities, who provide computing power for researchers independently of their institutional affiliation.

The abbreviation “HPC” stands for "High Performance Computing", and basically means calculations performed using extremely fast computers. Supercomputers consist of a large number of fast computers linked together in a high-speed network. This means that a supercomputer is not actually one huge computer, but several large computers linked together.

Revised
10 Sep 2021

Use cases

Billede
Irene Livia Kruse, Eleni Briola, Simon Christiansen
DeiC
11 Dec 2024
"Weather” or not to use GPUs – improving weather forecasts with AI-dedicated HPC
Through a successful collaboration with EuroCC Denmark, DMI researchers gained access to high-performance GPUs, enabling them to accelerate the training of their weather models.
Kaltura
10 Oct 2024
Rambøll optimizes fire-safety simulations with LUMI-supercomputer
In this video Frederik Paulin Larsen explains, how Rambøll’s fire-safety department is using the LUMI-supercomputer to drastically reduce simulation and analysis processes bringing weeks down to days.
Billede
Jakob Bæk Kristensen - Deic
Foto: DeiC
04 Jan 2024
Video use case: How to analyze 919 million SoMe posts
By using HPC resources researcher Jakob Bæk Kristensen and his group investigates how alternative news are shared and spread on social media across Europe.
Billede
Adela - deic conference
Foto: DeiC
03 Jan 2024
Video use case: DeiC Interactive strengthens teaching in digital methods
Historian Adela Subotkova teaches history students at the University of Aarhus in digital methods. For her, DeiC Interactive has become an essential tool that has significantly facilitated and improved teaching.
Billede
Kristian Sommer Thygesen - DeiC
Foto: DeiC
18 Dec 2023
Video use case: Unleashing the power of LUMI
In 2023 a LUMI grand challenge allowed Professor of Theoretical physics Kristian Sommer Thygesen and his team to calculate the electronic structure of 10.000 materials.
Billede
Rebeka Baglini
Foto: interactivehpc.dk
11 Dec 2023
Supercomputing drives deeper insight into Linguistics and social media
DeiC Interactive HPC has become an integral part of both research and teaching for Associate Professor in Linguistics Rebekah Baglini at Aarhus University’s Interacting Minds Centre.