Tag Archives: parallel computing

Potential der Intel Many Integrated Core Architektur für die Flussmodellierung — Codes UnTRIM und Telemac

Jacek A. Jankowski

This technical report (in German) concerns the assessment of porting feasibility of codes UnTRIM2 and Telemac to the Intel Xeon Phi, i.e. MIC (Many Integrated Cores) architecture. German abstract follows. Continue reading

Adaptierung und Erweiterung von Casulli-Algorithmen für Parallelrechner mit Hardware-Beschleunigung und zur Anwendung von konservativen Advektionsverfahren

Jacek A. Jankowski

BAW internal R&D-project report, 2010-2012.

Abstract: The aim of the R&D-project is development and application of new programming paradigms in high performance computing through the adaptation of Casulli algorithms for arriving parallel computer architectures with hardware acceleration. Additionally, the existing advection schemes should be adapted for all flow regimes. Continue reading

A hardware-accelerated parallel implementation of a two-dimensional scheme for free surface flows

Results of implementing a two-dimensional semi-implicit scheme for free surface flows applying CUDA for a Nvidia GPU. Continue reading

Short info: GPU version of the 2Dxy scheme

Short info: GPU version of the 2Dxy scheme, 9th UnTRIM Workshop, Trento, 7-9 May 2012.

The ongoing developments of the GPU-implementation of the 2Dxy semi-implicit scheme for general free surface flows. Moving towards a generic application by providing a user interface and embedding the CUDA computational core in C++ structures, as well as code verification and validation. Continue reading

General-purpose GPUs – why interesting?

Jacek A. Jankowski. General-purpose GPUs – why interesting?, 7th UnTRIM Workshop, Trento, 3-5 May 2010.

The philosophy behind the general purpose GPU computing with arguments pro and against is discussed with the background of initiated projects to adapt specific numeric schemes to apply this technology. Continue reading