All software
STIR
A software package for tomographic image reconstruction. Primarily used for PET and SPECT.
- Imaging and Image Processing
- Assembly
- Batchfile
- C
- + 10
Stroll
Semantic Role labeling for Dutch. Understanding who does what, where, to whom.
- Text analysis & natural language processing
- Python
- Shell
Structure from Motion
Construct 3D pointclouds from a set of 2D images
- Dockerfile
- Java
- MATLAB
- + 2
sv-gen
Highly portable parallel workflow to generate artificial genomes with structural variants.
- Big data
- High performance computing
- Workflow technologies
- Python
- Shell
Tissue Simulation Toolkit
Tissue Simulation Toolkit (TST) 2.0 is an efficient C++ library for two-dimensional simulations of Glazier and Graner's Cellular Potts model (Glazier and Graner, 1993). It is suitable for simulations with live visualization as well as batch simulations on clusters.
- Cellular Potts Model
- Chemotaxis
- Embryology
- + 1
- C
- C++
- Cuda
- + 6
TOPAS
The TOPAS toolkit aims to provide an intuitive Monte Carlo framework for medical physicists and researchers in related fields
- Treatment Planning and dosimetry
- C++
- CMake
- Python
- + 1
Trixi.jl
Adaptive high-order numerical simulations of hyperbolic PDEs in Julia
- Gnuplot
- Julia
- Jupyter Notebook
- + 2
Trustchain
Trustchain is a decentralized approach to public key infrastructure designed for application to digital identity. Based on the W3C standards for decentralized identifiers (DID) and verifiable credentials (VC), it enables the creation of chains of trustworthy DIDs between recognizable legal entities.
- Decentralized public key infrastructure
- Digital identity
- Verifiable credentials
- CSS
- HTML
- Rust
- + 1
UFEMISM2.0
The successor of UFEMISM, has all of its features (and more?), but is based on the distributed architecture introduced in minimism.
- Finite volume method
- ice sheet
- MPI
- + 1
- CMake
- Fortran
- HTML
- + 6
UNSAT3D
Soil health is essential for infrastructure and plant growth. The UNSAT project aims to improve 3D soil image processing using machine learning and high-fidelity simulation data to study water transport and root-soil interactions during maize growth.
- Data Analysis
- Machine learning
- Python
- Shell
Verticox+
Verticox+ is a Cox proportional hazards algorithm for vertically distributed data. The solution is based on the Verticox algorithm from Dai et al., 2022. It has been adapted to be used within the Vantage6 framework.
- federated learning
- Java
- privacy preservation
- + 3
- Dockerfile
- Java
- Jinja
- + 4
VU-Lab
This is the configuration and documentation page of the LARA lab automation setup at the VU. It incorporates SiLA servers for robotic arm, shakers and a microplate reader and runs the LARA lab automation framework for scheduling and orchestration.
- Dynamic scheduling
- laboratory automatization
- orchestration
- Batchfile
- Dockerfile
- Python
- + 1