OpenModelica is an open-source Modelica-based cyber-physical mathematical modeling and simulation environment intended for industrial and academic usage. For more information and download see www.openmodelica.org<http://www.openmodelica.org/>
The recent OpenModelica 1.22.1 update was released December 13. See https://openmodelica.org/news/openmodelica-1.22.1/ (If you do not wish to receive these messages, see the end of this email). Registration is open for OpenModelica & MODPROD Workshops Feb 5-7, 2024 Regular registration fee until January 4: www.modprod.se <http://www.modprod.se > NOTE: Higher registration fee after January 4, 2024. Theme for this year: AI for Model-Based Systems Engineering A unique feature of this workshop are keynotes and hands-on tutorials by leading experts on the combination of AI machine learning based modeling and equation-based modeling (also called Hybrid modeling or Scientific Machine Learning below), to achieve higher precision and more dependable simulations. The preliminary programs are available at www.modprod.se<https://modprodblog.wordpress.com/preliminary-program/> * 18th MODPROD Workshop on Model-Based Cyber-Physical Product Development, February 6-7, 2024 * 16th OpenModelica Annual Workshop, February 5, 2024 In cooperation with ICES, INCOSE Sweden and IEEE Computer Society Swedish Chapter Location: Linköping University, Linköping, Sweden Register here!<https://modprodblog.wordpress.com/registration/> A preliminary program and other information are available at http://www.modprod.se<http://www.modprod.se >. Keynotes * Dr. Chris Rackauckas, Massachusetts Institute of Technology. "Connecting Scientific Machine Learning with Acausal Modeling" * Prof. Lars Mikelsons, university of Augsburg, Germany. "Use Cases of Machine Learning in Model-Based Engineering" * Prof. Jan Bosch, Chalmers University. "AI Engineering: A Research Agenda" * Viktor Björkgren, Piktiv AB. "Success story: Generative Machine Learning in Product Development at Saab" Tutorials * Peter Fritzson and John Tinnerholm, Linköping University. "Introduction to Object Oriented Modeling, Simulation, Debugging and Dynamic Optimization with Modelica using OpenModelica" * Lars Mikelsons, University of Augsburg. "Hybrid Modelling using FMI" * Chris Rackauckas, Massachusetts Institute of Technology. "Scientific Machine Learning" Topics The workshop is concerned with, but not limited to, the following themes: MODPROD workshop * Digital design and tools for circular products, production and business models * Sustainable systems engineering * Continuous integration and delivery * Cyber-physical and multi-domain system modeling and development * Software and hardware modeling for cyber-physical systems * Methods and standards for co-modeling and co-simulation * High-performance, real-time, and hardware-in-the-loop simulation * Design optimization and analysis * Verification and validation * Modeling languages and simulation tools * Modularized systems development * Industry 4.0, Internet of things and embedded systems modeling * Lessons learned: experiences of application of model-based product development * Cyber Security in digital collaboration OpenModelica Annual Workshop * Applications of OpenModelica * Modelica libraries with OpenModelica * Industrial use cases * OpenModelica in teaching * OpenModelica tool developments * Solver issues in OpenModelica * Meta modeling and hardware/software modeling * Code generation in OpenModelica * Parallel compilation and execution * Model-based optimization * FMI-based simulation, co-simulation and OMSimulator * Visualization and 3D animation Publication The final version of the presentation, delivered by the presenter at the workshop, will be put on the web. Papers will not be published here. The authors are free to publish paper versions of their work elsewhere, in conferences or journals. The language of the workshops is English. Supporting organizations The Center for Model-based Cyber-Physical Product Development (MODPROD) is an inter-disciplinary research center at Linköping University. It revolves around model-based tools and methods for cyber-physical systems, mechanical systems, electronic systems and software, and unified approaches for model-based design. This workshop brings together expertise in these fields to discuss state of the art and the way ahead. The Open Source Modelica Consortium (OSMC) is a non-profit organization with about 50 organizational members supporting the development of the OpenModelica Open-Source implementation of Modelica and related tools, e.g. OMSimulator for FMI based modeling and simulation, model-based optimization, scripting from Python, Matlab, Julia, debugging and performance analysis, for industrial and academic usage. The IEEE Computer Society traces its origins to the 1946 and advances the theory, practice, and application of computer and information-processing science and technology. The Swedish Chapter has been recommending MODPROD to its members since 2015. INCOSE Sweden is the Swedish chapter of the International Council on Systems Engineering (INCOSE) with an objective to strengthen the systems engineering discipline through knowledge exchange, networking, and career-advancement opportunities. For more information and previous workshops see www.modprod.se<http://www.modprod.se/> and www.openmodelica.org<http://www.openmodelica.org/>. Welcome! Peter Fritzson Vice director of the Open Source Modelica Consortium Francesco Casella Director of the Open Source Modelica Consortium Niclas Fock MODPROD Center Director Robert Braun MODPROD Workshop Organizer Note: This email list has a traffic of approximately 3-8 messages per year. If you ever want to remove yourself from this mailing list, you can send an email to: [email protected]<mailto:[email protected]> You will get a confirmation email that you have to reply to. If that does not work, send an email to [email protected]<mailto:[email protected]>
_______________________________________________ Openmodelicaannounce1.ida mailing list [email protected] https://lists.liu.se/mailman/listinfo/openmodelicaannounce1.ida
