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MODRIO - Model Driven Physical Systems Operation
The objective of this ITEA2 project is to extend modelling and simulation tools based on open standards from system design to system operation. The major outcome will be a holistic modelling and simulation framework for physical system design, diagnosis and operation assistance.
In particular Modelica and FMI are further extended to support property/requirement modelling, state estimation, multi-mode modelling (systems with multiple operating modes and varying number of states), and nonlinear model predictive control; all functionalities based on nonlinear Modelica and/or FMI models. A major outcome will be support of these features in 10 tools.
- Publicly available MODRIO results
- List of the MODRIO partners
- List of the funding organizations
- Project management (only for project partners; requires login)
Major facts
| Duration | Sept. 2012 - Nov. 2015 |
| Budget | 21 Mill. Euro |
| Type of project |
ITEA2 project The project is partially funded by the national research agencies of Belgium (IWT), Finland (Tekes), France (DGCIS), Germany (BMBF) and Sweden (VINNOVA). |
| Project partners | 38 industrial and research organizations from Europe |
| Leader | Daniel Bouskela (EDF) |
| ITEA2 Web | ITEA2 project page Project leaflet |
Objectives
- Extend state-of-the-art modelling and simulation environments based on open standards to increase energy and transportation systems safety, dependability and performance throughout their lifecycle.
- The outcome will be a holistic modelling and simulation framework for physical system design, diagnosis and operation assistance.
- Based on Modelica and FMI.
- Integrated in several (10) commercial and open source tools.
Work Packages
