We treat sensors, data acquisition and processing techniques of close-range photogrammetry. This includes image-based and range-based techniques. Focus is on sensor analysis, calibration and validation and on the components of the data processing chain, all applied to the generation of 3D textured surface and scene models. A small project will accompany us throughout the semester.

This course covers advanced topics of aerial photogrammetry not treated in the basic course "Photogrammetrie".

This course treats selected topics of digital photogrammetry like aerial cameras, sensor modeling and triangulation, DTM generation and editing with focus on linear array aerial sensors, 3D city modeling and road extraction, generation and integration of data for "Geogames"

No description available.

We deal with the basics of photogrammetry and satellite remote sensing, as applied to earthobservation. We cover the most important sensors, data acquisition and processing techniques and the related products. We concentrate on forestry and landscape applications. Two labs/demos will support the lectures.

Independent scientific work in one of the geomatics disciplines; discipline can be chosen

No description available.

Introduction to general scientific working methods and skills in the core fields of geomatics. It includes a literature study, a review of one of the articles, a presentation and a report about the literature study.

Overview on the different domains of metrology in industrial applications Instruments and sensors for high precision determination of geometrical quantities within the industrial environmentPractical exercises consolidate the theoretical knowledge

Photogrammetry and Remote Sensing Lab is a project work which emphasizes current research topics and relevant practical issues in Photogrammetry and Remote Sensing

This class emphasizes the geometric, physical and instrumental basics of photogrammetry. The students get knowledge of the tools, methodologies and applications as well as understanding the basic systems and methods for image acquisition and processing. The operational handling of photogrammetric methods will be taught in sequent courses.

No description available.

This class recall the main concepts of close-range photogrammetry and range sensors. The students get more knowledge of statistical tests, adjustment procedure and measurements techniques. A project all along the semester is also carry out.

We focus on sensors, systems, processing methods and applications typically used for high accuracy image-based measurements, as e.g. in industrial quality control. We cover also motion tracking, as applied in biomechanics and animation. We aim at a deeper understanding of refined sensor and system modeling, estimation procedures, statistical testing. A project is carried through the semester.

Photogrammetry and Remote Sensing Lab is a project work which emphasizes current research topics and relevant practical issues in Photogrammetry and Remote Sensing

The aim is to give the students the opportunity to perform a small project and become more familiar with performing research. This course is often thought as prerequisite for doing a subsequent diploma thesis.

This class deals with the processing of image sequences, as they are used in many applications nowadays.