Open UTNAK opened 6 months ago
@UTNAK Awesome mermaid drawing! :) Is the Oml2Owl
node supposed to Owl2Oml
. I do not know if the Python, Matlab, and Modelica APIs convert simulation data into OML by default. I actually don't know if they convert simulation data into OWL by default.
Within OML Vision where do you want the entry point for users to run the external simulation tools? For example, do you want users to click a button to execute simulation tools?
Will this simulation be executed on the entire OML description model or a subset?
@pogi7 , sorry for typo. owl2oml is correct and i fixed the diagram.
- Within OML Vision where do you want the entry point for users to run the external simulation tools? For example, do you want users to click a button to execute simulation tools?
Yes, I like the idea to click the button to execute the simulation from OML-vision's sidebar.
- Will this simulation be executed on the entire OML description model or a subset?
I think we need to configure a subset of description model to run the simulations.
From conversation with @UTNAK,
@MichaelWuhu For this ticket, you will need to do the following.
https://github.com/UTNAK/kepler16b-using-imce-vocabulary/tree/main
Checklist before submitting a feature request
Is your feature request related to a problem? If yes, describe the problem
As a systems engineer, I need to integrate analysis tools that are beyond the reasoning power of Description Logic such as Python, R, Matlab, Modelica, etc. It's nice to have the capability to execute CI/CD pipelines or run external simulation tools from the OML-Vision GUI.
Describe the desired feature
As a systems engineer, I need to integrate analysis tools that are beyond the reasoning power of Description Logic such as Python, R, Matlab, Modelica, etc. DL reasoners cannot solve differential equations. However, many aspects that are crucial to systems engineers, such as the structure of systems, can be articulated through assertions about types, properties, and relationships. This is where OWL reasoning becomes beneficial. While specialized mathematical reasoners like Python might be employed to address specific problems, leveraging a DL-based interface can streamline problem construction, enhancing both efficiency and accuracy.
Here is the round trip image.
Additional context
[Any additional context]