ich studiere Maschinenbau Master hier an RWTH


Egal auf Deutsch oder Englisch.
Dynamic Programming and Optimal Control,
hier wird das Buch benutzt. http://www.athenasc.com/dpbook.html
System Modeling,
Hauptinhalte sind folgendes:
•Generic modeling approaches for control oriented models, based on first principles and on experimental data.
•Most important modeling blocks for mechanical, hydraulic, thermal, electric, and chemical systems.
•Several case studies (mechanical, thermal, electric, etc.).
•Model scaling, linearization, order reduction, and balancing.
•Planning of experiments, linear and nonlinear parameter estimation techniques for "gray-box" models.
•Analysis tools for linear and nonlinear systems.
•Exercise: "hydro-electric power plant."
Digital Control Systems,
•Introduction to system analysis and controller synthesis for discrete time signals and systems, including controller realization with microprocessors.
•Part 1 "Signals": sample and hold elements, Z-transform, Shannon theorems, spectral analysis, aliasing, connections to continuous time descriptions.
•Part 2 "Systems": descriptions, stability, controllability/observability, exact and approximate transformations from continuous to discrete time.
•Part 3 "Design": controller design (PID, LQG, dead-beat, ...), sampling time considerations.
•Part 4 "Realization": hardware and software components, real time issues, input quantization, integer arithmetic and scaling.
•Exercise: in form of a "mini-project", control of an unstable mechatronic system, controller design, realization using a microprocessor system.
Signals and Systems.
Discrete-time signals and systems. Fourier- and z-Transforms. Frequency domain characterization of signals and systems. System identification. Time series analysis. Filter design.
Vielen Dank im voraus!! :prost:
Joe