Providing a general overview of fundamental aspects of the theory of signals and systems including algorithms for the analysis of linear time invariant systems in the time and complex domain.

A student who successfully completes this course will gain an insight of the basic concepts of the theory of signals and systems in continuous time which includes: - manipulation with regular and singular signals with continuous time - understanding the general description of the system, and their classification and qualitative properties - an overview of algorithms for the analysis of linear time invariant systems in the time and complex domain and the concept of analog filtering.

Fundamental aspects of the theory of signals, the concept of time axis and the concept of signals. Singular and regular signals with continuous time and operations with them. Bilateral Laplace transformation, Unilateral Laplace transformation, Fourier transformation. Fundamental aspects of the systems theory, a description of terminal behavior of the system elements, their classification and connection. Linear time-invariant systems: an analysis in the time domain and stability. Analysis of linear time-invariant systems using unilateral Laplace transformation and Fourier transformation. The concept of filtering, introduction to classification and filter synthesis.

Lectures; Auditory Practice; Computer Practice; Laboratory Practice; Consultations.