Alexander Reiterer Email & Phone Number

Freiburg Im Breisgau, Bw, De

Freiburg Und Umgebung, Deutschland

Already a comprehensive university at its founding in 1457, the University of Freiburg still offers undergraduate and graduate studies as well as professorial qualification in all important disciplines today.More than 24.000 students from over 100 nations are matriculated in 180 degree programs at 11 faculties. More than 7.000 professors and lecturers and many other employees put in their effort every day.The Institute of Sustainable Systems Engineering (INATECH) has the aim to… Show more Already a comprehensive university at its founding in 1457, the University of Freiburg still offers undergraduate and graduate studies as well as professorial qualification in all important disciplines today.More than 24.000 students from over 100 nations are matriculated in 180 degree programs at 11 faculties. More than 7.000 professors and lecturers and many other employees put in their effort every day.The Institute of Sustainable Systems Engineering (INATECH) has the aim to connect teaching and research in the field of sustainable systems and to complete it with an engineering research facility for sustainability research. In cooperation with the Fraunhofer-Institutes in Freiburg, following research emphasis have been conceptualized: (1) Sustainable Materials, which can be produced and applied in an energy and resource friendly way. (2) Energy Systems, which can provide a reliable and efficient supply and storage of renewable energies. (3) Resilience, which can secure the resistance and adaptability of systems towards environmental disasters and climate change.The growing world population, the ongoing urbanization, the ever-increasing size, height and complexity of large scale built infrastructure leads to higher risks with respect to natural and manmade threats. Therefor smart designs and monitoring of large infrastructures are required.The chair “Monitoring of Large Structures” is focusing on the research and design of measurement systems for inspecting those large infrastructures. Main goals: (1) key concepts and ideas to design and monitor a large structure safe, secure and resilient, (2) design concepts for sensor application and structural health monitoring, (3) data analysis methods for interoperating and visualizing measurements, and (4) software aided assessment of infrastructures. Show less

Freiburg Und Umgebung, Deutschland

In the Department of Object and Shape Detection, activities center on the development of laser scanners, fast image processing and camera systems. The systems measure the geometry and position of objects three-dimensionally at high speed and with high precision, particularly from moving platforms. Particular attention is attached to the robustness and long service life of the systems as well as to efficient data evaluation. Objects and shapes are detected over a broad size range: extending from… Show more In the Department of Object and Shape Detection, activities center on the development of laser scanners, fast image processing and camera systems. The systems measure the geometry and position of objects three-dimensionally at high speed and with high precision, particularly from moving platforms. Particular attention is attached to the robustness and long service life of the systems as well as to efficient data evaluation. Objects and shapes are detected over a broad size range: extending from tenth of a millimeter to dimensions of 10 meters. The measurement systems are in use around the world – in rail traffic and in the surveying of road surfaces. Supplementing them are special applications in the fields of safety as well as transport and logistics. Show less

Freiburg Und Umgebung, Deutschland

The Laser Scanning Group at Fraunhofer Institute for Physical Measurement Techniques develops optical measurement systems based on time-delay measurements, which enable the distance and geometry of surfaces to be measured at high speed and with great precision. The scientists and technicians utilize their expertise from the disciplines of radar, sonar, control engineering, optics, communications and digital electronics as well as information technology for successful systems solutions indoors… Show more The Laser Scanning Group at Fraunhofer Institute for Physical Measurement Techniques develops optical measurement systems based on time-delay measurements, which enable the distance and geometry of surfaces to be measured at high speed and with great precision. The scientists and technicians utilize their expertise from the disciplines of radar, sonar, control engineering, optics, communications and digital electronics as well as information technology for successful systems solutions indoors and outdoors. The systems are employed worldwide in various fields of application. At present, research focuses on mobile applications such as mobile mapping. The Laser Scanning Group is your competent development and consulting partner for all questions related to 3D measurement technology – from feasibility studies to turnkey measurement systems. Show less

München Und Umgebung, Deutschland

Technische Universität München (TUM) is one of Europe’s top universities. It is committed to excellence in research and teaching, interdisciplinary education and the active promotion of promising young scientists. The university also forges strong links with companies and scientific institutions across the world. TUM was one of the first universities in Germany to be named a University of Excellence. The Chair of Geodesy is a key player in developing imageassisted measurement systems, alerting… Show more Technische Universität München (TUM) is one of Europe’s top universities. It is committed to excellence in research and teaching, interdisciplinary education and the active promotion of promising young scientists. The university also forges strong links with companies and scientific institutions across the world. TUM was one of the first universities in Germany to be named a University of Excellence. The Chair of Geodesy is a key player in developing imageassisted measurement systems, alerting components and the use of Artificial Intelligence for data interpretation. The lnstitute is mainly involved in research activities concerning the application of geodesy to engineering and other natural sciences. Typical fields of research are: intelligent multi-sensor systems for positioning and navigation, intelligent data analysis on large construction sites, intelligent alert systems for disaster prevention (e.g. landslides), navigation of construction processes, pedestrian navigation and location-based services, knowledge-based systems for engineering applications. The research group cooperates on an international level with research institutes, governmental offices and industry. Show less

Munich

A large part of geodetic sensor systems use electromagnetic radiation to determine the measurement values (distances, directions, etc.). The geometry of the path of propagation and the velocity of the electromagnetic wave is strongly influenced by the physical state of the atmosphere. As most geodetic measurements are performed in the lower atmosphere, the study of refraction and of corresponding impact constitutes a key research field. In geodesy, the refractive index represents a common way… Show more A large part of geodetic sensor systems use electromagnetic radiation to determine the measurement values (distances, directions, etc.). The geometry of the path of propagation and the velocity of the electromagnetic wave is strongly influenced by the physical state of the atmosphere. As most geodetic measurements are performed in the lower atmosphere, the study of refraction and of corresponding impact constitutes a key research field. In geodesy, the refractive index represents a common way to describe the terrestrial refraction. The Humboldt Research Fellowships has been usedfor researching/developing a method for the determination of the influence of refraction on the basis of 'turbulence parameters'. Show less

Vienna

The Engineering Geodesy Group at Vienna University of Technology is one of the three Research Groups within the Institute of Geodesy and Geophysics at the Vienna University of Technology. The Group represents Applied Geodesy and Engineering Geodesy both in terms of research and of teaching.

Calgary Und Umgebung, Kanada

Researcher at Department of Geomatics Engineering, the University of Calgary (Prof. El-Sheimy). Topic: Sensing for Mobile Mapping.

Zürich Und Umgebung, Schweiz

Reseracher at the Department of Civil, Environmental and Geomatic Engineering, Institute of Geodesy and Photogrammetry (Prof. Grün). Topic: Autometd Target Idetification by Artificial Neuronal Networks.

Vienna

Research work to provide an efficient, highly automated, high-resolution, terrestrial, long range sensing measurement and analysis system which is able to monitor geo-risk (and related) objects by means of non-signalized natural target points

Habilitation, Angewandte Geodäsie

Dr. Techn., Doktor Der Technischen Wissenschaften

Diplom, Geodäsie