Optimization and Control of Dynamic Systems

1. Introduction
Henryk Górecki

2. Logics
Henryk Górecki

3. Some Fundamental Mathematical Models
Henryk Górecki

4. Fundamental Properties and Requirements of Control Systems
Henryk Górecki

5. Unconstrained Extrema of Functions
Henryk Górecki

6. Extrema Subject to Equality Constraints
Henryk Górecki

7. Extrema Subject to Equality and Inequality Constraints
Henryk Górecki

8. Parametric Optimization of Continuous Linear Dynamic Systems
Henryk Górecki

9. Elements of Variational Calculus
Henryk Górecki

10. Dynamic Optimization of Systems
Henryk Górecki

11. Maximum Principle
Henryk Górecki

12. Dynamic Programming [1, 2, 4, 5]
Henryk Górecki

13. Linear Quadratic Problems [1]
Henryk Górecki

14. Optimization of Discrete-Continuous Hybrid Systems
Henryk Górecki

15. Elements of Multicriteria Optimization [3, 16, 17]
Henryk Górecki

16. Mathematical Model of a Bicycle and Its Stability Analysis [1–4]
Henryk Górecki

17. Concluding Remarks
Henryk Górecki

Avainsanat: Engineering, Control, Complexity