LoginIntroduction to Photogrammetry, Remote Sensing and GIS
(ECTS: 6; SWS: 4)Lecturers
Dr.-Ing. Michael Eineder, Univ.-Prof. Dr. Uwe Stilla, Hon.-Prof. Dr. Günter Strunz| prerequisites | mathematics, signal processing | |
| objectives | At the end of the module students will understand the principles of photogrammetry and optical/microwave remote sensing and be able to apply them for the generation of geodata like Digital Elevation Models. They will also understand the measurement principles of the most important current sensors in space, including the importance of remote sensing to the observation of global climate variables. Furthermore, they will have learned about the key elements of Earth observation missions and the main applications of remote sensing and GIS in environmental monitoring, disaster management and emergency mapping. Finally, the students will have learned about GIS and remote sensing applications in a public authority. |
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| contents |
- Sensors and Systems for Acquisition and Mapping - Reconstruction and determination of image orientations - Digital Elevation Models - Infrared Sensing - Multispectral Remote Sensing - Interaction of electromagnetic waves with matter and the atmosphere - Radar altimeters and microwave scatterometers - SAR systems and application areas - Synthetic aperture formation technique and SAR processing - SAR calibration and special geometric effects - Selected missions and projects in satellite remote sensing - Mapping of land cover and land use - Remote sensing applications for environmental monitoring - Applications of remote sensing and GIS in disaster management and emergency mapping - European remote sensing and GIS initiatives Excursion to Bavarian Ministry of Environment |
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| literature | Mikhail, Bethel, McGlone (2001): Introduction to Modern Photogrammetry. John Wiley&Sons. Richards, Jia (1999): Remote Sensing Digital Image Analysis. Springer. |
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