Model Parameters Identification
Smart and fast procedures for Model Parameter Identification
EicasLab offers a professional support and advanced features to address the overall model parameter identification process.
The Model Parameter Identification (MPI) advanced feature is managed in EicasLab by the MPI/CPO Manager tool available in the MPI/CPO module.
The Model Parameter Identification allows the identification of the most appropriate values of the model parameters from experimental data acquired on field.
Model Parameter Identification can be performed in:
- Modelling and Like Real-time operative mode: model parameter identification is performed in simulation through the SIM tool integrated with the MPI/CPO Manager tool.
- Rapid Control Prototyping on field operative sub-mode: model parameter identification is performed during real-time experimental trial through the RCP Manager tool integrated with the MPI/CPO Manager tool. For this functionality the RCP module is required.
- Slow Motion operative sub-mode: model parameter identification is performed through the RCP Manager tool integrated with the MPI/CPO Manager tool, by using the data recorded by the RCP Manager tool during real-time experimental trial. For this functionality the RCP module is required.
Model Parameters Identification Highlights
- Identification of plant model parameters
- Original and powerful numerical algorithm for minimisation
- Very fast computing time for large number of parameters
- Easy and fast configuration
The MPI process is performed by a powerful numerical algorithm, originally developed by EICAS, which allows in a very reasonable computing time to get the optimum value of a large number of parameters.
The functionality is based on a cost function defined by the user. The MPI/CPO Manager tool executes the system model developed by the user in an iterative way and modifies the value of the parameters to be identified in order to minimise the value of the cost function.
