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List of results
- Matlab (C3SE, October '16) + (Parallel Computing in MATLAB and Scaling to SNIC HPC Clusters)
- Enabling Xnavis for Massively Parallel Simulations of Wind Farms + (Parallel I/O Implementation and Communication Optimization on Xnavis Wind Farm Simulation Code)
- Parallel I/O Implementation on the Multiple Sequence Alignment Software ClustalW-MPI + (Parallel I/O Implementation on the Multiple Sequence Alignment Software ClustalW-MPI)
- Parallel Programming with Open Standards (Sept 2016) + (Parallel Programming seminar provided by PDC, PGI and NVIDIA)
- LES Code Parallelization + (Parallelization of a Large Eddy Simulation Code)
- Dalton CPP-LR parallelization + (Parallelization of the coupled cluster complex polarization propagator module in the Dalton program)
- Parallelization of a materials science code + (Parallelization request for a materials science code)
- Patchwork + (Patchwork: Bioinformatic tool for allele-specific copynumber analysis of tumor samples)
- HYPE Code Parallelisation + (Performance Analysis and Parallelisation of SMHI's HYPE Code)
- Performance Analysis of ad OSS Program + (Performance Analysis of ad_OSS Program for Modeling Water Molecules)
- Performance Tools Course at HPC2N (14 March 2017) + (Performance Tools (Paraver, Extrae, Scalasca) Course)
- Parallel FFTs in Molsim + (Performance improvement of the SPME in Molsim)
- Scalasca + (Performance profiler for parallel applications)
- GARLI + (Performs heuristic phylogenetic searches ...)
- Petascaling enabling and support for EC-EARTH3 + (Petascaling of high resolution EC-EARTH on PRACE Tier-0 Curie System)
- EC-Earth compilation and performance analysis: Beskow + (Port EC-Earth to Beskow and complete performance/scaling tests.)
- Porting Earth system models to triolith + (Port three commonly used Earth system models to triolith.)
- Portability performance analysis and improvement of ESM + (Porting and performance analysis of earth system models (ESM) on different architectures)
- Erik + (Prototype system featuring 68 Nvidia Tesla K20m GPU cards and 2 Xeon Phi cards)
- Course: Python for Scientific Computing + (Python for Scientific Computing)
- CSA + (Python implementation of the Connection-set Algebra (Djurfeldt 2012))
- QM/MM best practices, HPC2N, 2021-12-9 + (QM/MM best practices)
- R in an HPC environment, Umeå, 2022-12-(14-15) + (R in an HPC environment)
- Integration of OpenIFS into EC-Earth3 + (Replace the atmospheric component of EC-Earth (IFS) with the OpenIFS model (c38r1).)
- Running MD applications efficiently in HPC, HPC2N, 26-27 April 2021 + (Running MD applications efficiently in HPC)
- SSC training workshop, HPC2N, 10 October 2017 + (SNIC Cloud Computing Workshop)
- Linux For Beginners (C3SE November 2016) + (SNIC Science Cloud Workshop)
- SNIC Science Cloud Workshop (C3SE November 2016) + (SNIC Science Cloud Workshop)
- SNIC Science Cloud Workshop, Mittuniversitetet, Sundswall (2018-08-31) + (SNIC Science Cloud Workshop)
- SNIC Science Cloud + (SNIC Science Cloud is a cloud computing infrastructure run by SNIC.)
- SNIC coordinated training + (SNIC coordinated training)
- Schrödinger Molecular Modelling Workshop at HPC2N (29 March 2017) + (Schrödinger Molecular Modelling / Drug Discovery Workshop)
- Scientific Visualisation (Uppsala, Nov 2018) + (Scientific Visualisation Workshop)
- Scientific Visualisation Workshop(UPPMAX, November 2014) + (Scientific Visualisation Workshop 2014)
- Scientific Visualisation Workshop(UPPMAX, January 2016) + (Scientific Visualisation Workshop 2014)
- Scientific Visualisation Workshop(UPPMAX, November 2016) + (Scientific Visualisation Workshop Autumn 2016)
- C3SE Software Development Seminar April 14 2015 + (Seminar for all users at C3SE, covering software debugging on C3SE systems.)
- C3SE Debugging Seminar April 29 2015 + (Seminar for all users at C3SE, covering software debugging on C3SE systems.)
- C3SE Scheduling Seminar April 1 2015 + (Seminar for all users at C3SE, covering the queuing system used at our systems.)
- C3SE Linux for Beginners Seminar February 24 2015 + (Seminar for all users at C3SE, covering fundamental Linux skills)
- C3SE Environment Seminar March 12 2015 + (Seminar for all users at C3SE, describing the C3SE hardware and software environment.)
- C3SE Introductory Seminar April 19 2017 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar November 25 2019 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar May 20 2015 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar January 30 2019 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar March 21 2018 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar May 17 2017 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar March 25 2015 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar March 26 2019 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar May 16 2018 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar September 20 2017 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar April 13 2016 + (Seminar for new users at C3SE, describing how to use our systems)
- C3SE Introductory Seminar May 8 2019 + (Seminar for new users at C3SE, describing how to use our systems)