- 22 May, 2025
- Ruben Horn
GreenHPC
Despite the global challenges posed by climate change and emissions reductions in various industries …
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A wide range of courses, training materials and other approaches to support the acuqisition of HPC competences.
Dive into the exciting world of High Performance Computing with an interdisciplinary approach.
From material science, computer science and fluid dynamics to medicine; molecular dynamics and machine learning.
A documentation for the HPC cluster HSUper and the interactive scientific computing cloud (ISCC).
The HPC Portal constitutes a collaborative endeavor between the Chair of High Performance Computing and the Chair of Continuing Education and Lifelong Learning at the Helmut Schmidt University in Hamburg. It is an integral component of the externally funded project hpc.bw and has been established with the objective of creating a competences platform for High Performance Computing (HPCCP). This initiative encompasses a spectrum of activities, including seminar and lecture series, workshop offerings, diverse research projects, training materials, Open Education Resources, and more.
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Welcome to HPC Workshop 1 - A short introduction to HSUper and the Linux Terminal - the first step …
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Welcome to HPC Workshop 2 - Data Transfer and System Resources — your next step in mastering …
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Welcome to HPC Workshop 3 - Module Systems and Slurm Jobs — an essential part of your journey toward …
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Code optimization is an important aspect of software development, focusing on improving the …
Fluid mechanics is a branch of physics and engineering that studies the behavior of fluids, …
Machine learning (ML) focuses on the development of algorithms and statistical models that enable …
Materials science is a field of scientific study that explores the properties and behavior of …
Mechanical engineering is a multidisciplinary field that focusses on the design, analysis, and …
Adult education is a diverse and dynamic field that encompasses a wide range of learning …
The supercomputer HSUper stands as a significant achievement at HSU, representing an integral component of the hpc.bw project and its diverse research domains. This cutting-edge technology catalyses progress in various research directions, fostering innovations across disciplines such as material sciences, fluid mechanics, machine learning and more. In this video interview, Prof. Neumann at the HSU elaborates on the story behind HSUper. Enjoy!
Despite the global challenges posed by climate change and emissions reductions in various industries …
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On February 27th, the Computation & Data seminar series welcomed Prof. Gerhard Schreiber for a …
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For the last two year, the Computation & Data Seminar Series has served as a space for knowledge …
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