1. Basic concepts (cybernetics, types of signals, dynamic systems).
2. L-transformation and its properties. Solution of differential equations.
3. Mathematical models of continuous linear dynamic members.
4. Analytical identification (electrical, hydraulic, mechanical systems).
5. Selected methods of experimental identification.
6. Basic types of linear dynamic continuous systems.
7. Continuous linear control circuit and its properties, division of control circuits.
8. Continuous conventional controllers and their properties.
9. Stability of a continuous linear control systems and criteria for its verification.
10. Quality of the control process.
11. Synthesis of continuous control systems. Experimental methods.
12. Synthesis of continuous control systems. Multiple dominant pole method. SIMC method.
13. Synthesis of continuous control systems. The required model method.
14. Basic concepts of discrete and nonlinear systems.
2. L-transformation and its properties. Solution of differential equations.
3. Mathematical models of continuous linear dynamic members.
4. Analytical identification (electrical, hydraulic, mechanical systems).
5. Selected methods of experimental identification.
6. Basic types of linear dynamic continuous systems.
7. Continuous linear control circuit and its properties, division of control circuits.
8. Continuous conventional controllers and their properties.
9. Stability of a continuous linear control systems and criteria for its verification.
10. Quality of the control process.
11. Synthesis of continuous control systems. Experimental methods.
12. Synthesis of continuous control systems. Multiple dominant pole method. SIMC method.
13. Synthesis of continuous control systems. The required model method.
14. Basic concepts of discrete and nonlinear systems.