Netherlands eScience Center
National platform for the development and application of domain overarching software and methods for the scientific community
Containers for the KM3NeT Rucio deployment
This repository contains configuration files and scripts to build KM3NeT-specific container images used to deploy Rucio for KM3NeT.
- Big data
- High performance computing
KMM
KMM is a lightweight C++ middleware for accelerated computing.
- GPU
- High performance computing
- C++
- CMake
- Cuda
- + 1
KNIME node archetype
Want to write your own KNIME node Then use the KNIME node archetype to generate a node skeleton repository with sample code.
- Workflow technologies
- Java
KNIME GPCRdb nodes
A node for the KNIME workflow systems that allows you to retrieve data about your favorite G protein-coupled receptors from gpcrdb.org.
- Workflow technologies
- Java
KLIFS KNIME nodes
If you are working in the KNIME worflow platform and need data about your favorite kinase receptor ligand interaction, then these nodes are for you.
- Workflow technologies
- Java
- Scala
- Shell
KNIME node for Kripo
A node for the KNIME workflow systems that allows you to compare different binding sites in proteins with each other.
- Workflow technologies
- Java
KNIME molecule viewer nodes
A 3D viewer for large molecules for the KNIME workflow system.
- Visualization
- Workflow technologies
- CSS
- Java
- JavaScript
KNIME ss-TEA node
A node for the KNIME workflow systems that allows you to identify which residue position in a big protein sequence alignment is specific to ligand binding.
- Workflow technologies
- Java
KNIME Testflow
Allows you to test KNIME nodes automatically using JUnit.
- Workflow technologies
- Java
kunefe
A Python package that helps users run containerized applications on HPC systems
- Agent-based modeling
- Apptainer
- containers
- + 5
- Dockerfile
- Python
- Shell
LARA Lab Automation
Open source toolset for lab automation
- laboratory automatization
- CSS
- Dockerfile
- HTML
- + 5
laserchicken
Toolkit for preprocessing and feature calculation of point clouds created using airborne laser scanning
- Big data
- Machine learning
- Jupyter Notebook
- Python