Reproducible Computational Science: Difference between revisions
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Computational science has enable significant breakthroughs in science and engineering but, a number of factors make this work dificulty to reproduce. Reproducibility is a foundation of the scientific method so we must to redouble our efforts to make this work easy to reproduce. | Computational science has enable significant breakthroughs in science and engineering but, a number of factors make this work dificulty to reproduce. Reproducibility is a foundation of the scientific method so we must to redouble our efforts to make this work easy to reproduce. | ||
=Papers= | |||
=Events= | =Events= | ||
Revision as of 20:41, March 13, 2017
Computational science has enable significant breakthroughs in science and engineering but, a number of factors make this work dificulty to reproduce. Reproducibility is a foundation of the scientific method so we must to redouble our efforts to make this work easy to reproduce.
Papers
Events
Future
- TBD
Past
- Reproducibility Colloquia: http://www.nasonline.org/programs/sackler-colloquia/completed_colloquia/Reproducibility_of_Research.html
- http://www.mrsec.harvard.edu/2017NSFReliability/index.html
Tools
- Project Jupyter
- binder
- everware
- Occam
- Popper Project
- Taverna Workflow Management System
- myExperiment with a good example of use here
- OnlineHPC
- Kepler Project
- VisTrails
- Madagascar