Special Track: Performance and Software Engineering in Scientific Computing at the Workshop on Parallel and Distributed Scientific and Engineering Computing (PDSEC’19)
Developers of simulation codes in scientific computing are mostly domain experts, but not experts in computer science. Hence, existing as well as newly developed codes routinely offer opportunities for improvements, regarding performance as well as software engineering. On the other hand, the main focus for application developers with a general computer science background is on usability as well as maintenance and readability. This often leads to conflicts of interests when scientific application developers and computer scientists work together.
Since parallel computing architectures are pervasive, the actual performance of these codes on parallel systems is important for both scientific competitiveness as well as efficient usage. Additionally, codes developed in research undergo continuous changes and are used on different computing systems, which necessitate the development and maintenance of frameworks for software infrastructure to keep the code usable over the years and across the changing computing system structures. Such code maintenance needs to address code restructuring and refactoring for performance and usability of the code. Thus this is a recurring process throughout the software life.
This special track at the PDSEC workshop focuses on performance engineering and software structure maintenance for codes in the scientific research area, in particular in the field of engineering. Our aim is to bring together code developers from the engineering field with HPC- and software experts. Submitted talks should cover at least one of the following topics:
- Results and challenges from the application of performance analysis tools on computational codes in the engineering field.
- Practice and success stories of performance improvements, with additional code description or method changes.
- Experience, using special frameworks for software infrastructure maintenance, especially when using open source codes.
- Best-practice results on scientific code lifecycle management.
Format and Submission Guidelines
For papers and submission guidelines, please follow the instructions on the PDSEC workshop ‘Paper Submission Guidelines’ located in the Call for Papers section of the workshop. Papers meant for this special track need to have a ST before the title of the paper as following: ST: title of the paper
|Paper submission due:||February 11, 2019 (extended)|
|Notification of Acceptance:||March 15, 2019|
|Final camera-ready paper:||March 22, 2019|
|Workshop Date:||May 24, 2019|
- Prof. Dr.-Ing. Sabine Roller
- Neda Ebrahimi Pour M.Sc.
- Prof. Dr. Christian Bischof
Prof. Dr.-Ing. Sabine Roller is a university professor at the University of Siegen where she is heading the Chair for Simulation Techniques and Scientific Computing as well as the Centre for Information and Media Technology (ZIMT). She is working in the field of coupled multi-physics and multi-scale simulations, Computational Fluid Dynamics and efficient implementation of different methods, using parallelization and vectorization techniques, heterogeneous domain decomposition and modern hard- and software developments like GPU computing and PGAS languages. She was scientific chair of the PASC’2018 conference together with Jack Wells, ORNL, and has organized workshops on sustained simulation performance in Japan as well as a panel on "Funding strategies for HPC software beyond borders" at SC’14.
Neda Ebrahimi Pour is a PhD student in the area of simulation techniques and scientific computing at the University of Siegen. She studied mechanical engineering and her work is related to high performance computing and coupled simulations for fluid-structure-acoustics (FSA) interactions. Starting from 2017 she contributes in the organisation of the yearly CFD Workshop at the University of Siegen.
Prof. Dr. Christian Bischof is a professor for scientific computing and head of the university computing center. He is also the spokesperson for the Hessian Competence Center for High-Performance-Computing. His scientific interest includes parallel algorithms, performance modeling and optimization, source code transformation and instrumentation as well as the design and support of scientific workflows.
- Rosa M. Badia, Barcelona Supercomputing Centre (BSC), Barcelona, Spain
- Anshu Dubey, Argonne National Laboratory, US
- Ryusuke Egawa, Tohuku University, Cyber Science Centre, Sendai, Japan
- William Jalby, Université de Versailles Saint-Quentin, Versailles, France
- Holger Marschall, TU Darmstadt, Thermo-Fluids & Interfaces, Germany
- Philippe O. A. Navaux, Universidade Federal do Rio Grande do Sul, UFRGS, Brazil
- Craig Stewart, Indiana University, Indiana, USA