All software
DTBase
DTBase is a starter kit for making your own digital twin. Forking it will get you started with a database, a backend API, infrastructure for data ingress and running models, a basic web frontend, etc. You can then start building the more bespoke features of your digital twin on this foundation.
- Digital Twins
- Python
- HTML
- TypeScript
- + 3
e2e-Dutch
Coreference resolution for Dutch: automatically links references to the same entity in Dutch written texts.
- Machine learning
- Text analysis & natural language processing
- Python
- C++
- Shell
EEG_age_prediction
Deep learning for age prediction using EEG data
- deep learning
- EEG Signal
- Time Series
- Jupyter Notebook
- Python
- Shell
eWatercycle SURF Research Cloud
Codified instructions for deploying the eWaterCycle platform on the SURF Research Cloud.
- Jinja
- Python
- Shell
Explainable embeddings
Experiments with regard to explanation of embedded spaces and multi modal models.
- DIANNA
- Embedded spaces
- Explainable AI
- Jupyter Notebook
- Python
- HTML
- + 1
GitHub action to set up singularity
To use Singularity containers in a GitHub action workflow you need to install it first. This GitHub Action downloads, compiles and installs it for you.
- TypeScript
- Shell
grpc4bmi
Run, read and write model state of a numerical simulation written in a variety of languages remotely from Python
- Multi-scale & multi model simulations
- Python
- C++
- Dockerfile
- + 5
Hadrianus scripts
Scripts that transform cultural heritage relational databases into linked data by using cultural heritage ontologies.
- Inter-operability & linked data
- Shell
- Perl
- Python
HERA_CAL_QUANTUM
Radioastronomy calibration pipeline of the HERA telescope ported on quantum computers
- calibration
- python
- Quantum Computing
- + 1
- Jupyter Notebook
- Python
- Shell
holodev
A command-line tool written in shell script to simplify the creation of LXC Linux containers.
- Shell
- Makefile
HORTON
HORTON is a Helpful Open-source Research Tool for N-fermion systems, written primarily in the Python programming language. The ultimate goal of HORTON is to provide a platform for testing new ideas on the quantum many-body problem at a reasonable computational cost.
- electronic structure theory
- quantum chemistry
- Python
- C++
- Cython
- + 6
HPGEM
hpGEM is a C++ partial differential equation solver. It is intended for Discontinuous Galerkin Finite Element Methods, but can also do normal (conforming) Finite Element Methods and Finite Volume.
- Finite Element
- High performance computing
- C++
- CMake
- TeX
- + 6