Image processing

• Sampling, geometric transformations and interpolation
• Quantization, intensity transformations and spatial transformations
• Light and color modelling
• Mathematical morphology of images
• Image segmentation
• Image sensors and actuators (optional)

Signal processing

• Introduction to continuous-time and discrete-time signals
• The Fourier transform family (FS, FT, DtFT, DFT)
• The DFT/FFT in practice
• Sampling, Quantization and Reconstruction
• The Laplace transform in relation to the Fourier transform (short recap)
• The Z-transform