Professur Photogrammetrie

Viac o knihe

The annotation discusses various advancements in human body modeling, topographic object reconstruction, and glacier monitoring through innovative techniques. D' Apuzzo et al. introduce a least squares matching tracking algorithm for human body modeling. Eidenbenz and Käser focus on ATOMI, an automated method for reconstructing topographic objects from aerial images using vectorized map information. Favey and colleagues explore surface modeling for alpine glacier monitoring via airborne laser scanning and digital photogrammetry. Grün presents automated approaches for site recording and modeling, while also detailing 3-D recording and visualization of the Nasca geoglyphs. Honikel discusses Wiener-based interferometric signature reconstruction, and Niederöst emphasizes reliable building reconstruction for digital map revision. Park and Zimmermann investigate color image matching for DTM generation and house extraction, while Poli and Seiz examine cloud-top height estimation from satellite stereopairs for weather forecasting. Seiz and Baltsavias also delve into cloud mapping using ground-based imagers. Wang and Gruen propose a hybrid GIS for 3-D city models, and Willneff and Maas detail the design of a four-headed camera system for microgravity research. Zah et al. apply photogrammetry in freshwater ecology, analyzing high alpine flood-plain morphology, and Zhang and Baltsavias focus on knowledge-based image analysis for 3D edge