1. Electromagnetic radiation, electromagnetic spectrum. Radiometric variables.
2. Sources of radiation. Interaction with environment. Reflection.
3. Influence of atmosphere. Disperse. Absorption. Transmission function.
4. Land objects and its identification and evaluation. Vegetation.
5. Water. Rocks and soils. Anthropogenetic surfaces.
6. Data capturing. Camera. Type of images.
7. Radiometer. Scanners and their parameters.
8. Carriers. Satellites and instruments.
9. Principles of remotely sensed data processing. Interpretation of still images.
10. Principles of digital image processing. Image pre-processing.
11. Image enhancement.
12. Pixel-based classification (supervised, unsupervised, hybrid). Object-oriented classification.
13. Radar analysis.
14. Application of Remote Sensing
2. Sources of radiation. Interaction with environment. Reflection.
3. Influence of atmosphere. Disperse. Absorption. Transmission function.
4. Land objects and its identification and evaluation. Vegetation.
5. Water. Rocks and soils. Anthropogenetic surfaces.
6. Data capturing. Camera. Type of images.
7. Radiometer. Scanners and their parameters.
8. Carriers. Satellites and instruments.
9. Principles of remotely sensed data processing. Interpretation of still images.
10. Principles of digital image processing. Image pre-processing.
11. Image enhancement.
12. Pixel-based classification (supervised, unsupervised, hybrid). Object-oriented classification.
13. Radar analysis.
14. Application of Remote Sensing