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Digital Signal Processing

(Year: 3 Period: 2 Category: Elective )


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Course Objectives:
  • 1. (understand)Understanding of signal processing theory, in particular signals and their decomposition into frequency components.
  • 2. (understand)Being able to design a simple filter for amplifying or attenuating frequencies in signals. Being able to analyze and design a simple controller.
  • 3. (apply)Being able to apply the theory in practice by writing (Python) programs with which signals can be analyzed. Being able to use state-of-the-art program libraries for the Fast Fourier Transform (FFTW).
  • 4. (understand)Being able to program and document a simple application of digital signal processing.
  • 5. (understand)A presentation about a scientific article from the DSP domain
  • 6. (understand)Understanding of basic digital control systems (PID) using Laplace transforms

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