Auflistung nach Autor "Quast, Günter"

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  • Heidecker, Christoph; Schnepf, Matthias J.; Cube, R. Florian von; Giffels, Manuel; Sauter, Martin; Quast, Günter (2019-04)
    Modern High Energy Physics (HEP) requires large-scale processing of extensive amounts of scientific data. The needed computing resources are currently provided statically by HEP specific computing centers. To increase ...
  • Heidecker, Christoph; Giffels, Manuel; Quast, Günter; Rabbertz, Klaus; Schnepf, Matthias (2018-08-14)
    At the Large Hadron Collider of CERN in Geneva particles such as protons are smashed onto each other at the highest man-made energies ever. Despite being gigantic in size, custom-designed detectors are capable of recording ...
  • Bechtel, Janek; Brommer, Sebastian; Gottmann, Artur; Quast, Günter; Wolf, Roger (2019-04)
    In high energy physics, a main challenge is the accurate prediction of background events at a particle detector. These events are usually estimated by simulation. As an alternative, data-driven methods use observed events ...
  • Krüger, Jens; Walter, Thomas; Górska, Anna; Peter, Silke; Willmann, Matthias; Schlaberg, Robert; Martin, Bodo R.; Comba, Peter; Huson, Daniel; Schäfer, Christoph M.; Maindl, Thomas I.; Burger, Christoph; Wandel, Oliver J.; Bartusch, Felix; Hanussek, Maximilian; Witte, Irene; Streck, Thilo; Kratzke, Jonas; Heuveline, Vincent; Heidecker, Christoph; Giffels, Manuel; Quast, Günter; Rabbertz, Klaus; Schnepf, Matthias; Baumann, Martin; Mattes, Oliver; Richling, Sabine; Siebler, Sven; Janczyk, Michael; Wiebelt, Bernd; von Suchodoletz, Dirk; Renze, Peter; Kley, Wilhelm; Stoll, Moritz H.R.; Picogna, Giovanni (2018-08-08)
    The bwHPC Symposium 2017 took place on October 4th, 2017, Alte Aula, Tübingen. It focused on the presentation of scientific computing projects as well as on the progress and the success stories of the bwHPC realization ...