| layout | title |
|---|---|
slides |
OpenDreamKit: the developer's perspective |
- Specialized libraries: LinBox, PARI/GP, MPIR, Singular, ...
- General purpose systems: GAP, SageMath, ...
- Online databases: OEIS, LMFDB, ...
- Interactive computing environments:
IPython/Jupyter, SageMathCloud, ... - Together with the wider Scientific Python ecosystem
For:
- Research
- Education
- Industry?
- By users, for users
- Indirect funding via research grants and work of permanent researchers and engineers
- Large international developer communities (300 for SageMath)
- Some highly technical tasks are lagging behind:
- Hard to justify work on them for a researcher
- Hard to justify work on them on a research grant
- Impeding the wide adoption of those systems
Aka Research Software Engineers
- Training and development workshops
- Developer visits
Open Digital Research Environment Toolkit for the Advancement of Mathematics
-
Horizon 2020 European Research Infrastructures
Work Programme Call: Virtual Research Environments -
Budget: 7.6 million euros
-
15 sites, 50 participants
In close collaboration with the international community!
- Foster the ecosystem of open source software for pure mathematics and beyond
- Deliver a flexible Virtual Research Environment toolkit supporting collaborative work on software, data, and knowledge
- Sustain long term viability by outsourcing components or joining forces with the wider community whenever possible
- Modularization and interfaces between systems
- Build, documentation, tests systems
- Portability, distribution, deployment
- High Performance
- Interactive collaborative computing environments
- Mathematical databases
- Research on social aspects of math soft development
- Community building and training
TODO: link to tasks
- The mathematician's perspective on OpenDreamKit.
- About OpenDreamKit