MODPROD 2020
Date: Feb 04, 2020 – Feb 05, 2020
Location: Linköping, Sweden
14th MODPROD Workshop on Model-Based Cyber-Physical Product Development
Keynotes for MODPROD Workshop 2020 (preliminary):
Peter Gorm Larsen, Professor at Aarhus University, Head of Digit Centre. ”A Cloud-based Collaborative Platform for Model-Based development of Cyber-Physical Systems”
Richard Romano, Professor at University of Leeds, Chair in Driving Simulation. ”Model based design of Automated Vehicles”
Gunnar Cedersund, Associate Professor at Linköping University, leader of Systems Biology group. ”A digital twin for the human body: from data and validation to end-usage in healthcare and drug development”
Juan Llorens, Professor at University Carlos III de Madrid, President of INCOSE Spain, CTO of The REUSE Company. ”Knowledge Management and reuse in the context of Systems Engineering”
Topics
The workshops are concerned with, but not limited to, the following themes:
MODPROD workshop
- Cyber-physical and multi-domain system modeling and development
- Cyber-physical system development approaches
- Hardware modeling (electrical, hydraulic, multi-body systems…)
- Software modeling
- Meta-modeling (Modelica, UML, SysML…)
- Methods and standards for co-modeling and co-simulation (FMI, SSP, DCP…)
- Design optimization and analysis
- Verification and validation
- Real-time and hardware-in-the-loop simulation
- Internet of things and embedded systems modelling
- Modeling and simulation tools
- Experiences of application of model-based product development
- Architecting and architecture
- Systems integration
- Conceptual design and analysis
- Machine learning and systems development
- Industry 4.0
- Modularized systems development
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
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14th MODPROD Workshop on Model-Based Cyber-Physical Product Development
Keynotes for MODPROD Workshop 2020 (preliminary):
Peter Gorm Larsen, Professor at Aarhus University, Head of Digit Centre. ”A Cloud-based Collaborative Platform for Model-Based development of Cyber-Physical Systems”
Richard Romano, Professor at University of Leeds, Chair in Driving Simulation. ”Model based design of Automated Vehicles”
Gunnar Cedersund, Associate Professor at Linköping University, leader of Systems Biology group. ”A digital twin for the human body: from data and validation to end-usage in healthcare and drug development”
Juan Llorens, Professor at University Carlos III de Madrid, President of INCOSE Spain, CTO of The REUSE Company. ”Knowledge Management and reuse in the context of Systems Engineering”
Topics
The workshops are concerned with, but not limited to, the following themes:
MODPROD workshop
- Cyber-physical and multi-domain system modeling and development
- Cyber-physical system development approaches
- Hardware modeling (electrical, hydraulic, multi-body systems…)
- Software modeling
- Meta-modeling (Modelica, UML, SysML…)
- Methods and standards for co-modeling and co-simulation (FMI, SSP, DCP…)
- Design optimization and analysis
- Verification and validation
- Real-time and hardware-in-the-loop simulation
- Internet of things and embedded systems modelling
- Modeling and simulation tools
- Experiences of application of model-based product development
- Architecting and architecture
- Systems integration
- Conceptual design and analysis
- Machine learning and systems development
- Industry 4.0
- Modularized systems development
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