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List of results
- Comparative study of major ab initio software for materials science + (Comparative study of major ab initio software for materials science)
- Computational Chemistry - Enhanced Sampling MD Course at HPC2N (Ume, February 2018) + (Computational Chemistry - Enhanced Sampling MD Course at HPC2N (Ume, February 2018))
- Computational Chemistry Course - MD Simulations, HPC2N, 20 November 2017 + (Computational Chemistry Course - MD Simulations, HPC2N, 20 November 2017)
- Computer-Aided Drug Design + (Computer-Aided Drug Design)
- Comsol + (Comsol)
- Concaterpillar + (Concaterpillar)
- Configuration of CAM5.3 nudged to ERA-Interim reanalysis and related post-processing software + (Configuration of CAM5.3 nudged to ERA-Interim reanalysis and related post-processing software)
- Coot + (Coot)
- Course: Efficient MD simulations at HPC2N (February 2019) + (Course: Efficient MD simulations at HPC2N (February 2019))
- Course: Efficient MD simulations at HPC2N (February 2020) + (Course: Efficient MD simulations at HPC2N (February 2020))
- Course: Python for Scientific Computing + (Course: Python for Scientific Computing)
- Cufflinks + (Cufflinks)
- Cyana + (Cyana)
- DDT + (DDT)
- DDT (PDC September 2014) + (DDT (PDC September 2014))
- DIANA + (DIANA)
- Dacapo + (Dacapo)
- Dalton + (Dalton)
- Dalton CPP-LR parallelization + (Dalton CPP-LR parallelization)
- User:Daniel Spångberg (UPPMAX) + (Daniel Spångberg)
- Data Management Seminar Online + (Data Management Seminar Online)
- Data management seminar (UPPMAX, March 2016) + (Data management seminar (UPPMAX, March 2016))
- Datahandling using R tidyverse (Lund, November 2019) + (Datahandling using R tidyverse (Lund, November 2019))
- Debugging of HPC applications, September 2019 + (Debugging of HPC applications, September 2019)
- Deep Dive Code Analysis and Optimization (Linkoeping, February 2017) + (Deep Dive Code Analysis and Optimization (Linkoeping, February 2017))
- Deep Dive Code Analysis and Optimization (Lund, February 2017) + (Deep Dive Code Analysis and Optimization (Lund, February 2017))
- Deep Dive Code Analysis and Optimization (Stockholm, February 2017) + (Deep Dive Code Analysis and Optimization (Stockholm, February 2017))
- Desmond + (Desmond)
- Develop multi-category LIM3 sea-ice capabilities in EC-Earth 3 + (Develop multi-category LIM3 sea-ice capabilities in EC-Earth 3)
- User:Diana Iusan (UPPMAX) + (Diana Iusan)
- EC-Earth + (EC-Earth)
- EC-Earth compilation and performance analysis: Beskow + (EC-Earth compilation and performance analysis: Beskow)
- EC-Earth/COSP code analysis + (EC-Earth/COSP code analysis)
- EMBOSS + (EMBOSS)
- EMMAX + (EMMAX)
- EMTO + (EMTO)
- EMTOx + (EMTOx)
- ENCCS/PDC VeloxChem Workshop: Quantum Chemistry from Laptop to HPC (May 2021) + (ENCCS/PDC VeloxChem Workshop: Quantum Chemistry from Laptop to HPC (May 2021))
- ENCCS/PDC VeloxChem Workshop: Quantum Chemistry Towards Pre-exascale and Beyond (March 2022) + (ENCCS/PDC VeloxChem Workshop: Quantum Chemistry Towards Pre-exascale and Beyond (March 2022))
- ESPResSo + (ESPResSo)
- Edge + (Edge)
- Editing Cluster architecture and job submission, February 2022 + (Editing Cluster architecture and job submission, February 2022)
- Efield + (Efield)
- Electronic Structure Workshop (Linköping, March 2017) + (Electronic Structure Workshop (Linköping, March 2017))
- User:Elias Rudberg (UPPMAX) + (Elias Rudberg)
- Elk + (Elk)
- Enabling Xnavis for Massively Parallel Simulations of Wind Farms + (Enabling Xnavis for Massively Parallel Simulations of Wind Farms)
- Environment modules + (Environment modules)
- Erik + (Erik)
- User:Erik Fransson (C3SE) + (Erik Fransson)
- Essense Code Optimisation + (Essense Code Optimisation)
- Exciting-code + (Exciting-code)
- FASTA + (FASTA)
- FASTX + (FASTX)
- FEFF + (FEFF)
- FFTW + (FFTW)
- FastQC + (FastQC)
- Ferlin + (Ferlin)
- Fido + (Fido)
- Fire + (Fire)
- Fluent + (Fluent)
- User:Frank Bramkamp (NSC) + (Frank Bramkamp)
- FreeBayes + (FreeBayes)
- GAMESS + (GAMESS)
- GARLI + (GARLI)
- GATK + (GATK)
- GCTA + (GCTA)
- GNU compiler collection + (GNU compiler collection)
- GPAW + (GPAW)
- GROMACS + (GROMACS)
- Gaussian + (Gaussian)
- Gaussian Workshop, HPC2N, 14-15 May 2018 + (Gaussian Workshop, HPC2N, 14-15 May 2018)
- Glenn + (Glenn)
- Gnuplot + (Gnuplot)
- Grace + (Grace)
- Grad + (Grad)
- Greens + (Greens)
- HMMER + (HMMER)
- HPC Tools for the Modern Era (PDC, October 2018) + (HPC Tools for the Modern Era (PDC, October 2018))
- HPC2N storage + (HPC2N storage)
- HYPE Code Parallelisation + (HYPE Code Parallelisation)
- Halvan + (Halvan)
- User:Hamish Struthers (NSC) + (Hamish Struthers)
- Handling large data within SNIC, using Swestore - 15 March 2022 + (Handling large data within SNIC, using Swestore - 15 March 2022)
- Hebbe + (Hebbe)
- User:Henric Zazzi (PDC) + (Henric Zazzi)
- Heterogeneous computing with performance modelling, Umeå, 2020-11-(4-5) + (Heterogeneous computing with performance modelling, Umeå, 2020-11-(4-5))
- Hierarchical modules and software selection (Lund, December 2017) + (Hierarchical modules and software selection (Lund, December 2017))
- Hierarchical modules and software selection (Lund, March 2018) + (Hierarchical modules and software selection (Lund, March 2018))
- Hierarchical modules and software selection (Lund, October 2018) + (Hierarchical modules and software selection (Lund, October 2018))
- Hkl2map + (Hkl2map)
- How to work effectively on Tetralith (Stockholm Dec 2018) + (How to work effectively on Tetralith (Stockholm Dec 2018))
- How to work effectively on Tetralith / Sigma (Linköping Nov 2018) + (How to work effectively on Tetralith / Sigma (Linköping Nov 2018))
- User:Håkan Nilsson (C3SE) + (Håkan Nilsson)
- Implementation of parallel NetCDF output and COSP in OpenIFS + (Implementation of parallel NetCDF output and COSP in OpenIFS)
- Improved FFT and I/O for the Pencil code + (Improved FFT and I/O for the Pencil code)
- Improving MPI communication latency on euroben kernels + (Improving MPI communication latency on euroben kernels)
- Infrastructure for the European Network for Earth System modelling - Phase 2 + (Infrastructure for the European Network for Earth System modelling - Phase 2)
- Inspector + (Inspector)
- Integration of OpenIFS into EC-Earth3 + (Integration of OpenIFS into EC-Earth3)
- Intel Cluster Studio/HPC Training (HPC2N, November 2015) + (Intel Cluster Studio/HPC Training (HPC2N, November 2015))
- Intel Compiler (Lunarc November 2016) + (Intel Compiler (Lunarc November 2016))
- Intel MPI + (Intel MPI)
- Intel compiler suite + (Intel compiler suite)
- Intel development / HPC tools (HPC2N, May 2016) + (Intel development / HPC tools (HPC2N, May 2016))
- Intel oneAPI webinar (Mar 2020) + (Intel oneAPI webinar (Mar 2020))
- Intermediate Topics in MPI (June 2022) + (Intermediate Topics in MPI (June 2022))
- Introduction to Deep Learning, Umeå (22-23 November 2018) + (Introduction to Deep Learning, Umeå (22-23 November 2018))
- Introduction to Distributed Memory Programming and MPI (HPC2N, April 23, 2015) + (Introduction to Distributed Memory Programming and MPI (HPC2N, April 23, 2015))
- Introduction to GPU programming with CUDA (PDC, May 2015) + (Introduction to GPU programming with CUDA (PDC, May 2015))
- Introduction to GPU programming: When and how to use GPU-acceleration?, HPC2N, 5 November 2019 + (Introduction to GPU programming: When and how to use GPU-acceleration?, HPC2N, 5 November 2019)
- Introduction to Git, HPC2N, 2021-11-(9-12) + (Introduction to Git, HPC2N, 2021-11-(9-12))
- Introduction to Git, Umeå (2020-09-30) + (Introduction to Git, Umeå (2020-09-30))
- Introduction to Git, Umeå, 2022-11-(14-18) + (Introduction to Git, Umeå, 2022-11-(14-18))
- Introduction to HPC (HPC2N, October 2015) + (Introduction to HPC (HPC2N, October 2015))
- Introduction to HPC (Lunarc May 2014) + (Introduction to HPC (Lunarc May 2014))
- Introduction to HPC (Lunarc May 2015) + (Introduction to HPC (Lunarc May 2015))
- Introduction to HPC (Lunarc November 2015) + (Introduction to HPC (Lunarc November 2015))
- Introduction to HPC (Lunarc October 2014) + (Introduction to HPC (Lunarc October 2014))
- Introduction to HPC and Kebnekaise, HPC2N, 2021-01-21 + (Introduction to HPC and Kebnekaise, HPC2N, 2021-01-21)
- Introduction to HPC2N (January 2019) + (Introduction to HPC2N (January 2019))
- Introduction to HPC2N (January 2020) + (Introduction to HPC2N (January 2020))
- Introduction to HPC2N (September 2017) + (Introduction to HPC2N (September 2017))
- Introduction to HPC2N (September 2018) + (Introduction to HPC2N (September 2018))
- Introduction to HPC2N (September 2019) + (Introduction to HPC2N (September 2019))
- Introduction to HPC2N (September 2020) + (Introduction to HPC2N (September 2020))
- Introduction to HPC2N (Umeå, January 2018) + (Introduction to HPC2N (Umeå, January 2018))
- Introduction to HPC2N and Kebnekaise (February 2017) + (Introduction to HPC2N and Kebnekaise (February 2017))
- Introduction to HPC2N and Kebnekaise (November 2016) + (Introduction to HPC2N and Kebnekaise (November 2016))
- Introduction to Kebnekaise (HPC2N), 2021-09-08 + (Introduction to Kebnekaise (HPC2N), 2021-09-08)
- Introduction to Kebnekaise (HPC2N), 2022-01-19 + (Introduction to Kebnekaise (HPC2N), 2022-01-19)
- Introduction to Kebnekaise, 2022-09-15, HPC2N/UmU + (Introduction to Kebnekaise, 2022-09-15, HPC2N/UmU)
- Introduction to Linux and Abisko (HPC2N, April 22) + (Introduction to Linux and Abisko (HPC2N, April 22))
- Introduction to Linux and Abisko (HPC2N, May 27) + (Introduction to Linux and Abisko (HPC2N, May 27))
- Introduction to NSC (March 2021) + (Introduction to NSC (March 2021))
- Introduction to NSC (Nov 2021) + (Introduction to NSC (Nov 2021))
- Introduction to OpenMP and MPI (HPC2N, December 2016) + (Introduction to OpenMP and MPI (HPC2N, December 2016))
- Introduction to PDC (Dec 2021) + (Introduction to PDC (Dec 2021))
- Introduction to PDC (Feb 2017) + (Introduction to PDC (Feb 2017))
- Introduction to PDC (Feb 2018) + (Introduction to PDC (Feb 2018))
- Introduction to PDC (Feb 2019) + (Introduction to PDC (Feb 2019))
- Introduction to PDC (Feb 2020) + (Introduction to PDC (Feb 2020))
- Introduction to PDC (February 2016) + (Introduction to PDC (February 2016))
- Introduction to PDC (March 2022) + (Introduction to PDC (March 2022))
- Introduction to PDC (Nov 2020) + (Introduction to PDC (Nov 2020))
- Introduction to PDC (Oct 2017) + (Introduction to PDC (Oct 2017))
- Introduction to PDC (Oct 2018) + (Introduction to PDC (Oct 2018))
- Introduction to PDC (Oct 2019) + (Introduction to PDC (Oct 2019))
- Introduction to PDC (October 2022) + (Introduction to PDC (October 2022))
- Introduction to PDC (Sept 2016) + (Introduction to PDC (Sept 2016))
- Introduction to PDC (September 2014) + (Introduction to PDC (September 2014))
- Introduction to PDC (September 2015) + (Introduction to PDC (September 2015))
- Introduction to Programming the Xeon Phi Processor (November 2015) + (Introduction to Programming the Xeon Phi Processor (November 2015))
- Introduction to Shared Memory Programming and OpenMP (HPC2N, May 28, 2015) + (Introduction to Shared Memory Programming and OpenMP (HPC2N, May 28, 2015))
- Introduction to WIEN2k (Nov 2021) + (Introduction to WIEN2k (Nov 2021))
- Introducton to OpenMP/MPI, HPC2N, 26 March 2018 + (Introducton to OpenMP/MPI, HPC2N, 26 March 2018)
- Jaguar + (Jaguar)
- User:Jens Larsson (NSC) + (Jens Larsson)
- User:Jerry Eriksson (HPC2N) + (Jerry Eriksson)
- User:Joachim Hein (LUNARC) + (Joachim Hein)
- User:Joel Hedlund (NSC) + (Joel Hedlund)
- Johan Hellsvik + (Johan Hellsvik)
- User:Johan Raber (NSC) + (Johan Raber)
- User:Jonas Lindemann (LUNARC) + (Jonas Lindemann)
- User:Jonathan Vincent (PDC) + (Jonathan Vincent)
- Kalkyl + (Kalkyl)
- Kappa + (Kappa)
- User:Krishnaveni Chitrapu (NSC) + (Krishnaveni C)
- LAMMPS + (LAMMPS)
- LES Code Parallelization + (LES Code Parallelization)
- LUNARC HPC Desktop (Lund, December 2017) + (LUNARC HPC Desktop (Lund, December 2017))
- LUNARC HPC Desktop (Lund, February 2018) + (LUNARC HPC Desktop (Lund, February 2018))
- LUNARC storage + (LUNARC storage)
- User:Lars Eklund (UPPMAX) + (Lars Eklund)
- User:Lars Viklund (HPC2N) + (Lars Viklund)
- User:Lilit Axner (PDC) + (Lilit Axner)
- Lindgren + (Lindgren)
- Linux For Beginners (C3SE November 2016) + (Linux For Beginners (C3SE November 2016))
- User:Luis Fazendeiro (C3SE) + (Luis Fazendeiro)
- MATLAB using SNIC clusters (C3SE June 2014) + (MATLAB using SNIC clusters (C3SE June 2014))
- MATLAB using SNIC clusters (HPC2N September 2014) + (MATLAB using SNIC clusters (HPC2N September 2014))
- MATLAB using SNIC clusters (Lunarc May 2014) + (MATLAB using SNIC clusters (Lunarc May 2014))
- MATLAB using SNIC clusters (UPPMAX September 2014) + (MATLAB using SNIC clusters (UPPMAX September 2014))
- MD Course at HPC2N, Umeå, June 2016 + (MD Course at HPC2N, Umeå, June 2016)
- MD simulations with a focus on NAMD (HPC2N, UmU), 2022-04-(07-08) + (MD simulations with a focus on NAMD (HPC2N, UmU), 2022-04-(07-08))
- MD/CHARMM course at HPC2N (4 May 2017) + (MD/CHARMM course at HPC2N (4 May 2017))
- MDR model library update + (MDR model library update)
- MIMICA code analysis + (MIMICA code analysis)
- MKL + (MKL)
- MOLDEN + (MOLDEN)
- MPI (Göteborg March 2019) + (MPI (Göteborg March 2019))
- MPI (Lunarc November 2016) + (MPI (Lunarc November 2016))