No abstract

This paper presents a workflow for integrating Docker-based applications with the RPM and Debian packaging environment as well as the systemd init system to form an integrated solution, shielding users from the complexities of containerization. As an additional benefit, the Dockerspecific separation of application and surrounding host allows application developers to focus on a single deployment platform rather than having to deal with sometimes subtle differences between target platforms, particularly on the side of dynamic libraries.

Simulierte Welten (engl. "Simulated Worlds") relays HPC knowledge at secondary schools in the German state of Baden-Wuerttemberg, through the collection, design and provision of related material, the documentation of successful teaching concepts, as well as direct interaction with teachers and scholars. The project was initiated by High Performance Computing Centre Stuttgart (HLRS) and Steinbuch Centre for Computing (SCC) in Karlsruhe, and enjoys support from the Department of Technology and Environmental Sociology (SOWI V) of University of Stuttgart. The team, consisting of both scientists and teachers, particularly focuses on computational simulations. This area can also be used as a vehicle to relay the strong (but frequently invisible) impact that HPC applications have on society today. This paper focuses on the practical aspects of teaching the complexities of computational simulations at schools, analyzing the boundary conditions and presenting the chosen strategy.

Simulierte Welten (engl. "Simulated Worlds") relays HPC knowledge at secondary schools in the German state of Baden Wuerttemberg, through the collection, design and provision of related material, the documentation of successful teaching concepts, as well as direct interaction with teachers and scholars. The project was initiated by High Performance Computing Centre Stuttgart (HLRS) and Steinbuch Centre for Computing (SCC) in Karlsruhe, and enjoys support from the Department of Technology and Environmental Sociology (SOWI V) of University of Stuttgart. The team, consisting of both scientists and teachers, particularly focuses on computational simulations. This area can also be used as a vehicle to relay the strong (but frequently invisible) impact that HPC applications have on society today. This paper focuses on the practical aspects of teaching the complexities of computational simulations at schools, analyzing the boundary conditions and presenting the chosen strategy.