After successful completion of the course, students are able to apply the common mathematical tools, such as Laplace and Fourier transforms, for describing and analysing problems of time-invariant continuous signals and systems.
Lecture supported by slides and experiments, step-by-step demonstrations of solving representative problems from the exercise script and book, dedicated Q&A lectures.
2 written tests during the semester. 1 voluntary test in March. At each test 100 points can be earned. The 2 best results are summed up. A minimum of 40 points per test is required. The grade is calculated as follows:
points: grade
>170: 1
141-170: 2
111-140: 3
90-110: 4
<90: 5
Signal- und Systemtheorie, Thomas Frey, Martin Bossert, Vieweg+Teubner Verlag / GWV Fachverlage GmbH, Wiesbaden 2009.
Das Buch ist als e-book über die TU Bibliothek verfügbar.
Vorgetragen wird das gesamte Buch, außer die Kapitel 3 (Diskrete LTI-Systeme) und 4 (Die z-Transformation). Zusätzlich werden hand-outs in TISS zur Verfügung gestellt (bspw. zum Residuensatz oder Beschreibung im Zustandsraum).
Knowledge of the calculus of complex numbers, elementary functions (exponentials, sinusoidal functions,...), differentiation, integration, and polynomials. Basic knowledge of the treatment of simple electronic circuits such as RLC-networks.
