LFU:online

Students

• are familiar with the concepts of continuous linear signal and system theory in the time and frequency domain.
• are able to capture linear electrical networks of arbitrary complexity by means of graph theory and to simulate the temporal behaviour by means of state space description.
• are able to describe the time behaviour of technical systems from different domains by means of ordinary differential equations.
• have the competence to analyse the properties of such models and to select and implement suitable simulation algorithms on their basis.

Theorems of Fourier transformation; Hilbert transformation, causal and analytic signals; theorems of the Laplace-transformation and technical applications; linear time invariant systems; state space description; Cayley-Hamilton theorem, graph theory for the description of electrical networks in the state space;

Assignments and final exam

Will be discussed in the first lesson.