All software
KNIME Silicos-it nodes
A node for the KNIME workflow systems that allows you to use the Silicos-it software to filter or align molecules.
- Workflow technologies
- (Java)
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)
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 Testflow
Allows you to test KNIME nodes automatically using JUnit.
- Workflow technologies
- (Java)
KNIME Pharmacophore
A plugin for the KNIME workflow system that adds a Pharmacophore data type and nodes to read, write, and align them.
- Workflow technologies
- (Java)
KNIME PLANTS
A node for the KNIME workflow system that allows you to use the PLANTS protein-ligand docking algorithm.
- Workflow technologies
- (Java)
- (Mustache)
KNIME Python node archetype
Want to write your own KNIME node wrapping a Python library. Then use the KNIME Python node archetype to generate a node skeleton repository with sample code
- Big data
- Workflow technologies
- (Java)
- (Python)
KNIME Python wrapper
If you are developing a KNIME node which calls some Python code, then the KNIME Python wrapper can help you.
- Workflow technologies
- (Java)
- (Python)
Data and software supporting the publication "Telecom-band quantum interference of frequency-converted photons from remote detuned NV centers"
Data and software supporting the publication "Telecom-band quantum interference of frequency-converted photons from remote detuned NV centers"
- Quantum Frequency Conversion
- quantum networks
- Telecom wavelength
- + 1
MATLAB model of multiscale model for CO2 electrolysis
MATLAB model of multiscale model for CO2 electrolysis
- CO2 electrolysis
- Multiscale model
- Techno-economic analysis
Supplementary materials for the article: Towards future pedestrian-vehicle interactions: Introducing theoretically-supported AR prototypes.
Supplementary materials for the article: Towards future pedestrian-vehicle interactions: Introducing theoretically-supported AR prototypes.
- Augmented Reality
- Automated vehicles
- autonomous vehicles
- + 3