The subject introduces digital signal processing fundamentals needed for understanding and implementation of biomedical signal processing tools. Students should learn characteristics of discrete signals and systems, signal analysis in frequency domain, digital filters and their application.

Understanding of characteristics and differences among analog and digital signals and basic tools for their analysis. Usage and understanding of basic transformation of discrete signals. Ability to select , design and implement digital filters for specific application

- Introduction, overview of analog signals and systems, basic signal manipulation, correlation, convolution, Fourier transform - Discrete signal and systems, sampling theorem - Z transformation, Discrete-time Fourier transform, FIR and IIR systems - Discrete Fourier transform and spectrum estimation - Digital filters, design and implementation Lectures will illustrate applications on biomedical signals.

lectures, exercises, lab sessions.