A few application ontologies have been made publicly available in OpenModel.
The computation application ontology ontologises the terms used by the ExecFlowAPI, which is a REST API for configuring ExecFlow to run simulations on remote HPC clusters.
The simulation software ontology describes the Materials Modelling Software used in OpenModel's success stories, and expands the EMMO taxonomy of material relations with classes covering the methods used in the most common software packages. It also defines the following classes:
- SimulatedMaterial, assigning semantic meaning to the material taking part in a computer simulation;
- InputControlData, to mark a dataset containing the parameters used in numerical simulations.
The success story 1 application ontology describes a multiscale workflow to optimise electronic devices based on phase-changing materials. The example provided covers the much simpler case of a MOSFET transistor based on silicon, resulting in a workflow that can easily be run on a laptop computer. Various ABox of increasing complexity are shipped with this example to test the filtering capability of OpenModel's semantic platorm.
The success story 3 application ontology is a simple open application ontology describing inputs and outputs of models to be used in OpenModel Success Story 3. This version depends on a local copy of the microstructure ontology, which has been modified to reduce the number of EMMO imports.