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SPS info
General info
Bachelor program
Master program
Study material
Mathematical background
Basics of continuous-time signals and systems
Discrete-time signal processing basics
Statistical signal processing
Optimal and adaptive signal processing (to be added)
Sensor array and multichannel signal processing (to be added)
Machine learning (to be added)
Information and communication theory (to be added)
Courses
5ESE0 - Signal processing basics
5CTA0 - Statistical signal processing
Contact
5ESE0 - Signal processing basics
Complex numbers and phasors
Number sets
Euler equations
Complex numbers [⯈]
Phasors [⯈]
Transforms I: Spectrum of sinusoidal signals
Real signal as sum of phasors
Spectral plot
Product versus sum of sinusoids
Special cases [⯈]
Transforms II: Fourier series
Periodic signals
Fourier series synthesis
Fourier series analysis
Examples [⯈]
Basics of sampling and reconstruction
Sampling of sinusoidal signals
Reconstruction of sinusoidal signals [⯈]
Examples sampling [⯈]
Discrete-time signals
Sampling
Elementary signals
Signal duration
Periodicity
Symmetry
Signal manipulations
Filter structures I: Finite impulse response (FIR) filter
Difference equation [⯈]
Convolution sum [⯈]
Linear time invariant [⯈]
Analysis I: Frequency response FIR
Frequency response FIR
Frequency response FIR properties [⯈]
Special cases