3. year students in Cybernetics, Telematics and Computer Engineering
Mathematics A. Statistics. Programming.
Cybernetics is control of complex systems. The student will be able to modulate, analyze, simulate and control industrial, biological and economical feedback systems.
Topic modules
1. General systems theory: System architecture. System dynamics. System ethics. System learning
2. System dynamics: Modeling and simulation of technical, economic and biological systems. Stability. Numerical integration. Sampling.
3. Time series analysis: Statistic analysis. Information. Entropy. Fourier spectrum analysis, Wavelet analysis.
4. Control systems: Stochastic systems. Parallel control. Optimal control. System identification. Kalmanfilter.
5. Cybernetic systems: Industrial cybernetics. Maritime cybernetics. Marine cybernetics. Climate dynamics.
Lectures and 5 exercises.
All exercises evaluated to C or better before examination
5-hour written examination.
