The bwForCluster NEMO in Freiburg is available for researchers of the scientific communities: Neuroscience, Elementary Particle Physics, Microsystems Engineering and Material Science.

The bwForCluster NEMO 2 is dedicated to research in the bwHPC domains Neuroscience, Elementary Particle Physics, Microsystems Engineering and Material Science (NEMO).

The bwForCluster NEMO is a high-performance compute resource with high speed interconnect. It is intended for compute activities related to research in for researchers from the fields N euroscience, E lementary Particle Physics, M icrosystems Engineering and …

For access to NEMO, you’ll need a bwForCluster entitlement (legal requirement) an associated Rechenvorhaben and the registration to the NEMO service. This information is for ...

Learn how to work with software modules. -> Software Modules. Get familiar with available nodes types on the cluster. -> Hardware and Architecture. Submit and monitor your jobs with Moab commands. -> Moab Batch System. Remember to mention the cluster in your publications. -> Acknowledgement.

bwForCluster NEMO Container Repository. Contribute to nemo-cluster/container development by creating an account on GitHub.

After having completed steps A+B please visit the bwForCluster NEMO 2 registration/account creation page. Do the following steps to complete registration with the service and create the unix account:

bwForCluster NEMO ¶ Dokumente rST Betriebskonzept Technisch Organisatorische Maßnahmen Dokumente MyST Betriebskonzept Technisch Organisatorische Maßnahmen

The bwUniCluster is available for all researchers and students from the state of BW. All available bwHPC clusters including access, hardware, software configuration are described in the central wiki as well.

Kernanliegen des bwForClusters NEMO ist, Forscher*innen den Zugang zu Rechen- und Speicherkapazitäten zu geben. Als Schutzziel betrachtet, ist dies die Sicherstellung der Verfügbarkeit von Rechenressourcen, auf denen Forscher*innen ihre Rechenjobs ausführen.