The course is divided into following areas:
1. Introduction to MATLAB - user interface, command window, basic commands and functions.
2. Solving differential equations - examples of commands ODE23, ODE45.
3. Presentation of data in Matlab, the data from other applications.
4. Symbolic Math Toolbox - basic functions, examples of usage.
5. Toolbox Simulink - description of the environment, development of simulation models, setting the accuracy of the calculation.
6. Toolbox Simulink - a basic library of predefined blocks, examples of usage.
7. Toolbox Simulink - a basic library of predefined blocks, examples of usage.
8. Simulink toolbox - create your own blocks, creating their own block libraries.
9. Control System Toolbox - basic functions, examples of usage.
10. Signal Processing Toolbox - Basic environment, examples of usage.
11. Graphics, user interface and custom applications.
1. Introduction to MATLAB - user interface, command window, basic commands and functions.
2. Solving differential equations - examples of commands ODE23, ODE45.
3. Presentation of data in Matlab, the data from other applications.
4. Symbolic Math Toolbox - basic functions, examples of usage.
5. Toolbox Simulink - description of the environment, development of simulation models, setting the accuracy of the calculation.
6. Toolbox Simulink - a basic library of predefined blocks, examples of usage.
7. Toolbox Simulink - a basic library of predefined blocks, examples of usage.
8. Simulink toolbox - create your own blocks, creating their own block libraries.
9. Control System Toolbox - basic functions, examples of usage.
10. Signal Processing Toolbox - Basic environment, examples of usage.
11. Graphics, user interface and custom applications.