| Code | Topic | Material |
|---|
| L1 | Processing of static signals | Download |
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| L2 | Human audiovisual system | Download |
| L3 | Continuous Fourier analysis, Fourier transform | Download |
| L4 | Periodic and aperiodic signals.. | Download |
| L5 | Convolution, correlation, and Fourier transformation. | Download |
| L6 | Analog filters | Download |
| L7 | Signal segmentation and framing | Download |
| L8 | Sampling and aliasing phenomenon. | Download |
| L9 | Discrete signal analysis and Z-transforms. | Download |
| L10 | Discrete Fourier transforms. | Download |
| L11 | Random signals and adaptive filtering. | Download |
| L12 | Two-dimensional Fourier transforms | Download |
| L13 | MPEG (audio) | Download |
| L14 | JPEG (image encoding). | Download |
| L15 | Point and neighborhood image operators. | Download |
| L16 | Methods for detecting object edges in images (edge detection) | Download |
| L17 | Image shape extraction. Shape extraction based on evolution. | Download |
| L18 | Image filtering. | Download |
| L19 | Image restoration | Download |
| L20 | Machine learning algorithms for signal processing | Download |
| L21 | Machine learning algorithms for image processing. | Download |
| Code | Topic | Material |
|---|
| P1 | Setting up and learning to use the working environment in MATLAB and the Google Colab online platform. | Download |
| P2 | Learning preliminary processing of one-dimensional signals in MATLAB/Python programming environment. | Download |
| P3 | Learning preliminary processing of two-dimensional signals in MATLAB/Python programming environment. | Download |
| P4 | Performing convolution and correlation operations on one-dimensional signals. | Download |
| P5 | Performing convolution and correlation operations on two-dimensional signals. | Download |
| P6 | Performing filtering on one-dimensional signals. | Download |
| P7 | Performing filtering on two-dimensional signals. | Download |
| P8 | Performing morphological processing on images | Download |
| P9 | Geometric transformations in images: rotation, scaling, and flipping. | Download |
| P10 | Applying compression algorithms to two-dimensional signals (images). | Download |
| P11 | Using Gaussian filter to reduce noise in digital images | Download |
| P12 | Edge detection: Comparison of Sobel, Prewitt, and Canny algorithms | Download |
| P13 | Developing a program and algorithm for object segmentation/recognition in images. | Download |
| P14 | Signal processing using parallel processing technologies. | Download |
| P15 | Image processing using parallel processing technologies. | Download |
