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motivated by "Julia in a Nutshell" on https://julialang.org/:
I suggest to create a "FMI in a Nutshell" description with a similar formatting:
First draft (brain-storming):
Containerized models
The tool-independent FMI standard describes the interface of models (inputs, outputs and parameters) in an XML file, and provides an API how to interact with the model with different interface types depending on the inclusion of a solver or scheduler Enabling collaboration
FMI enables collaborative model-based engineering through the exchange of black-box models, hiding internal model and thus enabling protection of intellectual properties Portable
FMI supports many platforms, and via source code representation and a build-configuration, porting to many platforms is easy, including PC, HiL-Systems, Cloud. Multi-Domain
FMI can encapsulate a large range of model, from physics-based dynamical models over machine Learning and AI models to virtual electronic control systems (ECUs) Open-source and free
The FMI standard text and headers are a available under an open source licenses an free to useDe-Facto Industry Standard
FMI is supported by more than 170 simulation tools De-facto Industry Standard
FMI is supported by more than 170 modelling and simulation tools. It is developed by a community companies and organizations and the umbrella of the Modelica Association.
motivated by "Julia in a Nutshell" on https://julialang.org/:
I suggest to create a "FMI in a Nutshell" description with a similar formatting:
First draft (brain-storming):
Containerized models
The tool-independent FMI standard describes the interface of models (inputs, outputs and parameters) in an XML file, and provides an API how to interact with the model with different interface types depending on the inclusion of a solver or scheduler
Enabling collaboration
FMI enables collaborative model-based engineering through the exchange of black-box models, hiding internal model and thus enabling protection of intellectual properties
Portable
FMI supports many platforms, and via source code representation and a build-configuration, porting to many platforms is easy, including PC, HiL-Systems, Cloud.
Multi-Domain
FMI can encapsulate a large range of model, from physics-based dynamical models over machine Learning and AI models to virtual electronic control systems (ECUs)
Open-source and free
The FMI standard text and headers are a available under an open source licenses an free to useDe-Facto Industry Standard
FMI is supported by more than 170 simulation tools
De-facto Industry Standard
FMI is supported by more than 170 modelling and simulation tools. It is developed by a community companies and organizations and the umbrella of the Modelica Association.
(In more detail, FMI shall be described in a whitepaper which shall also be linked on the FMI website, https://github.com/modelica/fmi-design/issues/23)
Please comment.
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