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1. #Matlab r2013a simulink tutorial how to
2. #Matlab r2013a simulink tutorial install
3. #Matlab r2013a simulink tutorial code

You do not have to rerun the model each time Monitor and Tune accelerates parameter tuning. Doing so helps you find the optimal values for Monitor the effects of different parameter values by viewing the output signals on Sink blocks or in Simulation Data Inspector (SDI). The modified parameter values are communicated to the target hardware immediately. When you change parameter values in a model, Parameter values on model results in real-time. Monitor and Tune enables you to tune model parameters and evaluate the effects of different Simulink ® model running on your target hardware. You can use the External mode (Monitor and Tune) to tune parameters and monitor a ie: to identify the first column, use the variable name v_1.Įxecute = sim(modelName) in MATLAB to see the stateVector used by PLASMA Lab.Tune and Monitor Model Running on Hardware Each variables are given name using their column index to identify them starting from 1. Retrieving the execution trace: for now, we retrieve the model execution trace as an 2D array, each column representing a variable and its values for each step. In order to open and execute a Simulink model, replace content by the text (model name or path) you would use in MATLAB. These calls are equivalent to the following MATLAB code: The MATLAB/Simulink session then retrieves the content of the PLASMA Lab model panel and uses this String to make call to Matlab. PLASMA Lab itself connect to MATLAB via the MatlabProxy class from the matlabcontrol project. We provide two examples that can be used with PLASMA Lab:

#Matlab r2013a simulink tutorial code

We therefore advice to include C code functions using the S-Function builder block.ī-LTL requirement can be written using the standard syntax used by PLASMA Lab. This is not possible using on the shelf Simulink blocks, as random sequences generated in these blocks are always the same at each simulation. However to provide significant results the models should present true random behaviors. You are now set up and can use PLASMA Lab simulator or experiment mode.Ĭonfiguration of Simulink models and examplesĪny Simulink model can be used by PLASMA Lab.Alternatively you can download a PLASMA Lab project file already set here. As the model compile for the first time, MATLAB/Simulink should launch itself and load the ‘F14’ model. Create a new model for your project, and choose the MATLAB/Simulink plugin as the type of the model.You can also see this by checking the information in the Help>About PLASMA Lab menu. If you are running PLASMA Lab from a terminal you should see a line indicating that the MATLAB/Simulink model has been loaded. Or download the latest PLASMA Lab bundle already including MATLAB/Simulink plugin.

#Matlab r2013a simulink tutorial install

Install the MATLAB/Simulink plugin ( accessible here) following the instruction plugin installation.Requirements: PLASMA Lab v1.2.6 or superior, a MATLAB/Simulink installation accessible from the command line.

#Matlab r2013a simulink tutorial how to

How to install and use this plugin? (this was only tested on Linux) PLASMA Lab and MATLAB/Simuling running together