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  1. BILS websearch
  2. BLAST
  3. BLAT
  4. BWA
  5. Basic Singularity workshop (UPPMAX/HPC2N, September 28)
  6. Basic Singularity workshop material
  7. BclConverter
  8. Beda
  9. BioPerl
  10. BioPython
  11. Bioscope
  12. Bolin Centre software management through local modules - trial evaluation.
  13. Bowtie
  14. Building CESM 1.2.2.1 Tetralith
  15. Building CESM 2.1.0 Tetralith
  16. Building CESM models on the NSC triolith system
  17. Building CESM models on the PDC Beskow system
  18. Building EC-Earth4 on Tetralith
  19. Building MOM (Modular Ocean Model) on the PDC Beskow system
  20. Building NorESM (CMIP5) on the NSC triolith system
  21. Building NorESM 1 Tetralith
  22. Building and running MIMICAv4 on Tetralith
  23. Building and running MIMICAv5 on Tetralith
  24. Building and running the COAMPS model on triolith
  25. Building and testing WRF on Triolioth
  26. Building and testing WRF on Triolith
  27. Building interpinic tool for interpolation of land initial conditions for the CESM1.1 model
  28. Building mom5.0.2 (modular ocean model) on triolith
  29. Building the PORT (Parallel Offline Radiative Transfer) configuration of CESM on Triolith
  30. C
  31. C++
  32. C3SE
  33. C3SE Debugging Seminar April 29 2015
  34. C3SE Environment Seminar March 12 2015
  35. C3SE Introductory Seminar April 13 2016
  36. C3SE Introductory Seminar April 19 2017
  37. C3SE Introductory Seminar February 10 2015
  38. C3SE Introductory Seminar February 14 2017
  39. C3SE Introductory Seminar February 20 2018
  40. C3SE Introductory Seminar January 30 2019
  41. C3SE Introductory Seminar March 21 2018
  42. C3SE Introductory Seminar March 25 2015
  43. C3SE Introductory Seminar March 26 2019
  44. C3SE Introductory Seminar May 16 2018
  45. C3SE Introductory Seminar May 17 2017
  46. C3SE Introductory Seminar May 18 2016
  47. C3SE Introductory Seminar May 20 2015
  48. C3SE Introductory Seminar May 8 2019
  49. C3SE Introductory Seminar November 20 2018
  50. C3SE Introductory Seminar November 21 2017
  51. C3SE Introductory Seminar November 25 2019
  52. C3SE Introductory Seminar October 17 2018
  53. C3SE Introductory Seminar October 18 2017
  54. C3SE Introductory Seminar October 23 2019
  55. C3SE Introductory Seminar September 19 2018
  56. C3SE Introductory Seminar September 20 2017
  57. C3SE Introductory Seminar September 20 2019
  58. C3SE Linux for Beginners Seminar February 24 2015
  59. C3SE Scheduling Seminar April 1 2015
  60. C3SE Software Development Seminar April 14 2015
  61. C3SE storage
  62. CASAVA
  63. CASTEP
  64. CDO
  65. CESM1
  66. CESM & NorESM users on Triolith: changing to the new centre storage (/proj/) system
  67. CP2K
  68. CPMD
  69. CS-Rosetta
  70. CSA
  71. CUDA
  72. Ccp4
  73. Centres
  74. Charmm
  75. ClustalW
  76. Cluster architecture and job submission, February 2021
  77. Cluster architecture and job submission, September 2022
  78. Cluster architecture and job submission (Lunarc, February 2018)
  79. Cluster architecture and job submission (Lunarc, February 2019)
  80. Cluster architecture and job submission (Lunarc, May 2017)
  81. Cluster architecture and job submission (Lunarc, October 2017)
  82. Cluster architecture and job submission (Lunarc, October 2018)
  83. Cluster architecture and job submission (Lunarc, October 2019)
  84. CodeRefinery Scientific Programming Gettogether (May 2017)
  85. CodeRefinery Workshop (Lund, May 2018)
  86. CodeRefinery Workshop on Sustainable Scientific Software Development (February 2017)
  87. CodeRefinery Workshop on Sustainable Scientific Software Development (November 2017)
  88. Code Optimisation and Performance Tuning (November 2015)
  89. Code Optimisation and Performance Tuning for Xeon Processors (October 2016)
  90. Commercial engineering software (Lund, Nov 2017)
  91. Comparative study of major ab initio software for materials science
  92. Computational Chemistry - Enhanced Sampling MD Course at HPC2N (Ume, February 2018)
  93. Computational Chemistry Course - MD Simulations, HPC2N, 20 November 2017
  94. Computer-Aided Drug Design
  95. Comsol
  96. Concaterpillar
  97. Configuration of CAM5.3 nudged to ERA-Interim reanalysis and related post-processing software
  98. Coot
  99. Course: Efficient MD simulations at HPC2N (February 2019)
  100. Course: Efficient MD simulations at HPC2N (February 2020)
  101. Course: Python for Scientific Computing
  102. Cufflinks
  103. Cyana
  104. DDT
  105. DDT (PDC September 2014)
  106. DIANA
  107. Dacapo
  108. Dalton
  109. Dalton CPP-LR parallelization
  110. Data Management Seminar Online
  111. Data management seminar (UPPMAX, March 2016)
  112. Datahandling using R tidyverse (Lund, November 2019)
  113. Debugging of HPC applications, September 2019
  114. Deep Dive Code Analysis and Optimization (Linkoeping, February 2017)
  115. Deep Dive Code Analysis and Optimization (Lund, February 2017)
  116. Deep Dive Code Analysis and Optimization (Stockholm, February 2017)
  117. Desmond
  118. Develop multi-category LIM3 sea-ice capabilities in EC-Earth 3
  119. Distributed memory programming
  120. Django
  121. EC-Earth
  122. EC-Earth/COSP code analysis
  123. EC-Earth and CESM model timings
  124. EC-Earth compilation and performance analysis: Beskow
  125. EMBOSS
  126. EMMAX
  127. EMTO
  128. EMTOx
  129. ENCCS/PDC VeloxChem Workshop: Quantum Chemistry Towards Pre-exascale and Beyond (March 2022)
  130. ENCCS/PDC VeloxChem Workshop: Quantum Chemistry from Laptop to HPC (May 2021)
  131. ESPResSo
  132. Edge
  133. Editing Cluster architecture and job submission, February 2022
  134. Efield
  135. Electronic Structure Workshop (Linköping, March 2017)
  136. Elk
  137. Enabling Xnavis for Massively Parallel Simulations of Wind Farms
  138. Environment modules
  139. Erik
  140. Essense Code Optimisation
  141. Exciting-code
  142. FAQ
  143. FASTA
  144. FASTX
  145. FEFF
  146. FFTW
  147. FastQC
  148. Ferlin
  149. Fido
  150. Fields
  151. Fire
  152. Fluent
  153. Fortran
  154. FreeBayes
  155. GAMESS
  156. GARLI
  157. GATK
  158. GCTA
  159. GENE
  160. GNU compiler collection
  161. GPAW
  162. GROMACS
  163. Gaussian
  164. Gaussian Workshop, HPC2N, 14-15 May 2018
  165. Glenn
  166. Gnuplot
  167. Grace
  168. Grad
  169. Greens
  170. HMMER
  171. HPC2N
  172. HPC2N storage
  173. HPC Tools for the Modern Era (PDC, October 2018)
  174. HYPE Code Parallelisation
  175. Halvan
  176. Handling large data within SNIC, using Swestore - 15 March 2022
  177. Hebbe
  178. Heterogeneous computing with performance modelling, Umeå, 2020-11-(4-5)
  179. Hierarchical modules and software selection (Lund, December 2017)
  180. Hierarchical modules and software selection (Lund, March 2018)
  181. Hierarchical modules and software selection (Lund, October 2018)
  182. Hkl2map
  183. How to work effectively on Tetralith (Stockholm Dec 2018)
  184. How to work effectively on Tetralith / Sigma (Linköping Nov 2018)
  185. Implementation of parallel NetCDF output and COSP in OpenIFS
  186. Improved FFT and I/O for the Pencil code
  187. Improving MPI communication latency on euroben kernels
  188. Infrastructure for the European Network for Earth System modelling - Phase 2
  189. Inspector
  190. Integration of OpenIFS into EC-Earth3
  191. Intel Cluster Studio/HPC Training (HPC2N, November 2015)
  192. Intel Compiler (Lunarc November 2016)
  193. Intel MPI
  194. Intel compiler suite
  195. Intel development / HPC tools (HPC2N, May 2016)
  196. Intel oneAPI webinar (Mar 2020)
  197. Intermediate Topics in MPI (June 2022)
  198. Introduction to Deep Learning, Umeå (22-23 November 2018)
  199. Introduction to Distributed Memory Programming and MPI (HPC2N, April 23, 2015)
  200. Introduction to GPU programming: When and how to use GPU-acceleration?, HPC2N, 5 November 2019
  201. Introduction to GPU programming with CUDA (PDC, May 2015)
  202. Introduction to Git, HPC2N, 2021-11-(9-12)
  203. Introduction to Git, Umeå, 2022-11-(14-18)
  204. Introduction to Git, Umeå (2020-09-30)
  205. Introduction to HPC2N (January 2019)
  206. Introduction to HPC2N (January 2020)
  207. Introduction to HPC2N (September 2017)
  208. Introduction to HPC2N (September 2018)
  209. Introduction to HPC2N (September 2019)
  210. Introduction to HPC2N (September 2020)
  211. Introduction to HPC2N (Umeå, January 2018)
  212. Introduction to HPC2N and Kebnekaise (February 2017)
  213. Introduction to HPC2N and Kebnekaise (November 2016)
  214. Introduction to HPC (HPC2N, October 2015)
  215. Introduction to HPC (Lunarc May 2014)
  216. Introduction to HPC (Lunarc May 2015)
  217. Introduction to HPC (Lunarc November 2015)
  218. Introduction to HPC (Lunarc October 2014)
  219. Introduction to HPC and Kebnekaise, HPC2N, 2021-01-21
  220. Introduction to Kebnekaise, 2022-09-15, HPC2N/UmU
  221. Introduction to Kebnekaise (HPC2N), 2021-09-08
  222. Introduction to Kebnekaise (HPC2N), 2022-01-19
  223. Introduction to Linux and Abisko (HPC2N, April 22)
  224. Introduction to Linux and Abisko (HPC2N, May 27)
  225. Introduction to NSC (March 2021)
  226. Introduction to NSC (Nov 2021)
  227. Introduction to OpenMP and MPI (HPC2N, December 2016)
  228. Introduction to PDC (Dec 2021)
  229. Introduction to PDC (Feb 2017)
  230. Introduction to PDC (Feb 2018)
  231. Introduction to PDC (Feb 2019)
  232. Introduction to PDC (Feb 2020)
  233. Introduction to PDC (February 2016)
  234. Introduction to PDC (March 2022)
  235. Introduction to PDC (Nov 2020)
  236. Introduction to PDC (Oct 2017)
  237. Introduction to PDC (Oct 2018)
  238. Introduction to PDC (Oct 2019)
  239. Introduction to PDC (October 2022)
  240. Introduction to PDC (Sept 2016)
  241. Introduction to PDC (September 2014)
  242. Introduction to PDC (September 2015)
  243. Introduction to Programming the Xeon Phi Processor (November 2015)
  244. Introduction to Shared Memory Programming and OpenMP (HPC2N, May 28, 2015)
  245. Introduction to WIEN2k (Nov 2021)
  246. Introducton to OpenMP/MPI, HPC2N, 26 March 2018
  247. Jaguar
  248. Java
  249. Johan Hellsvik
  250. Kalkyl
  251. Kappa
  252. LAMMPS
  253. LES Code Parallelization
  254. LUNARC
  255. LUNARC HPC Desktop (Lund, December 2017)
  256. LUNARC HPC Desktop (Lund, February 2018)
  257. LUNARC storage
  258. Lindgren
  259. Linux For Beginners (C3SE November 2016)
  260. List of application experts
  261. List of non-active application experts
  262. List of resources
  263. List of systems experts
  264. MATLAB using SNIC clusters (C3SE June 2014)
  265. MATLAB using SNIC clusters (HPC2N September 2014)
  266. MATLAB using SNIC clusters (Lunarc May 2014)
  267. MATLAB using SNIC clusters (UPPMAX September 2014)
  268. MD/CHARMM course at HPC2N (4 May 2017)
  269. MDR model library update
  270. MD Course at HPC2N, Umeå, June 2016
  271. MD simulations with a focus on NAMD (HPC2N, UmU), 2022-04-(07-08)
  272. MIMICA code analysis
  273. MKL
  274. MOLDEN
  275. MPI
  276. MPI (Göteborg March 2019)
  277. MPI (Lunarc November 2016)
  278. MPI (Lunarc October 2014)
  279. MPI (Lunarc October 2015)
  280. MPI (Lunarc October 2017)
  281. MPI (Lund November 2018)
  282. MPI (Oct 2021)
  283. MPI (Oct 2022)
  284. MPI (Online December 2020)
  285. MPI (PDC December 2015)
  286. MPI (PDC December 2017)
  287. MPI (PDC November 2014)
  288. MPQC
  289. MSC Nastran
  290. MUSIC
  291. MVAPICH2
  292. Machine Learning with R, HPC2N, 3 December 2019
  293. Mafft
  294. Main Page
  295. Mathematica
  296. Matlab
  297. Matlab (C3SE, October '16)
  298. Matlab (HPC2N, October '16)
  299. Matlab (LiU, October '16)
  300. Matlab (Lunarc, October '16)
  301. Matlab (PDC, October '16)
  302. Matlab (Uppmax, October '16)
  303. Matlab HPC training (Linköping, Oct 2018)
  304. Matlab in an HPC environment (Lunarc May 2016)
  305. Matter
  306. Mediawiki
  307. Meep
  308. Message passing
  309. Molsim
  310. MrBayes
  311. Multiple sequence alignment
  312. Muscle
  313. My article series
  314. My article series second page
  315. My article series third page
  316. NAMD
  317. NCAR diagnostic packages
  318. NCL
  319. NCO
  320. NEC SX-Aurora TSUBASA Webinar (Feb 2020)
  321. NMRPipe
  322. NSC
  323. NSC GPU and Accelerator Pilot
  324. NSC introduction day (Linköping, October 2017)
  325. NSC introduction to Tetralith/Sigma (Apr 2022)
  326. NSC introduction to Tetralith/Sigma (Nov 2022)
  327. NSC storage
  328. NVIDIA GPU Boot Camp and DLI (Sept 2019)
  329. Nek5000 BC
  330. Nek5000 OpenACC
  331. Neolith
  332. NorESM
  333. NorESM code analysis
  334. NorESM fix for change to buildenv system (2015-02-16)
  335. NorESM porting to triolith
  336. Nordic collaboration on e-infrastructures for Earth System Modeling
  337. NumPy
  338. Numpy
  339. Octave
  340. Octopus
  341. Online training materials
  342. OpenACC
  343. OpenFOAM
  344. OpenFOAM Training Workshop (Dec 2021)
  345. OpenMP
  346. OpenMP (Lunarc, December 2014)
  347. OpenMP (Lunarc, March 2016)
  348. OpenMP (Lunarc, May 2018)
  349. OpenMX
  350. Open MPI
  351. Optimization of a lagrangian cloud parcel model for use in the global climate model ECHAM6.1-HAM2.2
  352. P4VASP
  353. PDC
  354. PDC/Introduction to GROMACS Workshop (Sept 2020)
  355. PDC/PRACE Online Course: Writing Parallel Applications Using MPI (May 2020)
  356. PDC storage
  357. PGI
  358. PHYLIP
  359. POV-Ray
  360. PRACE
  361. PRACE/BioExcel Seasonal School HPC for Life Sciences (June 2019)
  362. PRACE Sweden F2F 160524
  363. PRACE WP12: Network topology analysis and efficient collective design
  364. Parallel FFTs in Molsim
  365. Parallel I/O Implementation on the Multiple Sequence Alignment Software ClustalW-MPI
  366. Parallel Programming Education
  367. Parallel Programming using OpenMP (Göteborg, November 2019)
  368. Parallel Programming with Open Standards (Sept 2016)
  369. Parallelization of a materials science code
  370. Past training events
  371. Patchwork
  372. PathScale
  373. PconsC for Fido
  374. Pencil
  375. Performance Analysis of ad OSS Program
  376. Performance Benchmark of NEMO Oceanography Code
  377. Performance Tools Course at HPC2N (14 March 2017)
  378. Petascaling enabling and support for EC-EARTH3
  379. Phenix
  380. Platon
  381. Portability performance analysis and improvement of ESM
  382. Porting Earth system models to triolith
  383. Porting NorESM to triolith
  384. PowerFLOW
  385. Projects
  386. Pthreads
  387. Pymol
  388. Python
  389. QM/MM best practices, HPC2N, 2021-12-9
  390. Quantum Espresso
  391. R
  392. RSPt
  393. R in an HPC environment, Umeå, 2022-12-(14-15)
  394. Reproducible Research in R (Uppsala, May 2018)
  395. Requesting a grid certificate
  396. Requesting a grid certificate using the Sectigo SSO Portal
  397. Research areas
  398. Research data for open science (Lund, April 2019)
  399. Research data for open science (Lund, November 2018)
  400. Resources
  401. Rosetta
  402. Ruby
  403. Running MD applications efficiently in HPC, HPC2N, 26-27 April 2021
  404. Running parallel jobs in Matlab (Lunarc Sept 2015)
  405. SAM
  406. SIESTA
  407. SNIC ET
  408. SNIC Emerging Technologies
  409. SNIC Science Cloud
  410. SNIC Science Cloud Computing Workshop (May 2016)
  411. SNIC Science Cloud Workshop, Mittuniversitetet, Sundswall (2018-08-31)
  412. SNIC Science Cloud Workshop (C3SE November 2016)
  413. SNIC Science Cloud Workshop Material
  414. SNIC coordinated training
  415. SSC training workshop, HPC2N, 10 October 2017
  416. STAR-CD
  417. SWIG
  418. Scalasca
  419. Schrödinger Molecular Modelling Workshop at HPC2N (29 March 2017)
  420. Schrödinger materials science suite workshop (Linköping, November 2017)
  421. SciPy
  422. Scientific Visualisation (Uppsala, Nov 2018)
  423. Scientific Visualisation Workshop(UPPMAX, January 2016)
  424. Scientific Visualisation Workshop(UPPMAX, November 2014)
  425. Scientific Visualisation Workshop(UPPMAX, November 2016)
  426. SeRC annual meeting 2013
  427. Security
  428. Semantic mediawiki
  429. Shake n bake
  430. Shared memory programming
  431. Shared memory programming with OpenMP (LUNARC/HPC2N, March 2021)
  432. Shared memory programming with OpenMP (LUNARC/HPC2N, Spring 2022)
  433. Shared memory programming with OpenMP (NSC May 2013)
  434. Shelx
  435. Simson
  436. Siri
  437. Snicdocs
  438. Software
  439. Software Carpentry Stockholm (June 2019)
  440. Software Carpentry Stockholm (March 2018)
  441. Software Carpentry Workshop Lund (March 2018)
  442. Software Carpentry Workshop in R, Umeå (October 2018)
  443. Software at NSC
  444. StarCCM
  445. Support
  446. Swestore Documentation Moved
  447. Swestore iRODS is decommissioned
  448. Synthetic Benchmark on Curie
  449. Systems experts
  450. Szilard Pall
  451. TAU
  452. Task-based parallelism in scientific computing (HPC2N/PRACE, May 2021)
  453. Task-based parallelism in scientific computing (March 2020)
  454. Technical development of the EC-Earth3 Single Column Model (SCM)
  455. Tensorflow and Deep Learning, HPC2N, 8-9 May 2019
  456. Test suite for VASP
  457. Test training 2012
  458. Test training 2014
  459. The Effective Use of the Kebnekaise Accelerators (HPC2N, December 2017)
  460. The future of HPC programming - a Modern Fortran workshop, Umeå, 2022-11-(24-25)
  461. Timeaus
  462. To awk or not (UPPMAX, October 2015)
  463. Totalview
  464. Trace analyzer and collector
  465. Training
  466. Transfering data (Lund, February 2019)
  467. Transfering data (Lund, Nov 2017)
  468. Transfering data (Lund, Oct 2018)
  469. Triolith
  470. UPPMAX
  471. UPPMAX Introductory Course, August 16-19, 2022
  472. UPPMAX storage
  473. Unix for new users of HPC (Lunarc May 2016)
  474. UppASD Autumn School (October 2022)
  475. Uppmax Intro Course
  476. Uppmax Intro Course (August 2015)
  477. Uppmax Intro Course (August 2016)
  478. Uppmax Intro Course (August 2017)
  479. Uppmax Intro Course (August 2018)
  480. Uppmax Intro Course (August 2019)
  481. Uppmax Intro Course (January 2015)
  482. Uppmax Intro Course (January 2016)
  483. Uppmax Intro Course (January 2017)
  484. Uppmax Intro Course (January 2018)
  485. Uppmax Intro Course (January 2019)
  486. Uppmax Intro Course (October 2014)
  487. Uppmax Intro Course (October 2015)
  488. Using Matlab in an HPC environment (Lunarc, 2017)
  489. Using Matlab in an HPC environment (Lunarc, April 2018)
  490. Using Matlab in an HPC environment (Lunarc, November 2018)
  491. Using Matlab in an HPC environment (Lunarc, October 2017)
  492. Using Python in an HPC environment, May 2023, UPPMAX/HPC2N
  493. Using Python in an HPC environment, September 2022, UPPMAX/HPC2N
  494. Using R in an HPC environment, HPC2N, 2021-02-(25-26)
  495. Using the DDT debugger (Lunarc, October 2015)
  496. Utilising a modern HPC environment (Lunarc, May 2016)
  497. VASP
  498. VASP best practices (LiU February 2015)
  499. VASP best practices (NSC-UPPMAX January 2015)
  500. VASP best practices workshop (NSC, Feb 2022)

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