Projekte (in englischer Sprache)
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RAyleigh Scattering as a tool to study the compactness of transiting small-mass ExoplaNets
Supporting REDD+ Activities and National Forest Inventories with Copernicus Satellite Data in Central and East Africa
The goal of this project is to develop a standardized procedure of merging potential synergistic combination of satellite data of the geostationary orbit and those of the low earth orbit which at first sight appear rather incompatible in terms of content, spatial and temporal availability.
Reflective Free-Space Laser Communication for Micro- and Nano-Satellites
So called Radio Frequency Suitcases (RF-suitcases) are required for every spacecraft, in order to assure compatibility of the spacecraft and every groundstation delivering support to the mission. An RF-suitcase contains a simplified, yet representative configuration of the satellite flight hardware in order to make these tests representative.
Robust optimization strategies for lightweight structures
The RONCALLI principle is based on linking centrally available information with current vehicle data. Key components from RONCALLI are GPS-positioning (later Galileo) and traffic relevant information from a central server which communicates with amobile device (PDA) over a GPRS connection. The permanent availability of positioning signals from satellites and efficient mobile radio connections form the central theme of the project.
The present activity supports RSA’s on-going GNSS receiver product development and aims at establishing real-time navigation algorithms, which enable the RSA receiver to reach a navigation performance in the range of one meter.
The overall goal of the RT-PPP project, was to develop PPP techniques suitable for various real-time or near real-time applications. The main focus was placed on the production of real-time clock, orbit and atmospheric corrections as well as their transmission via Ntrip to a user client.
Remote Sensing based Navigation in remote areas
The analysis of the electric field sensors on board the satellites of the Russian mission Resonance, which will be launched in the next decade, is the focus of this project. The aim of this mission is the investigation of wave-particle interactions and plasma dynamics in the inner magnetosphere of Earth, with the focus on phenomena occurring along the same magnetic field line and within the very same flux tube of the Earth's magnetic field. Amongst a variety of instruments and probes, several low- and high frequency electric and magnetic sensors will be on-board.
Off-road navigation for robotic platforms
Fail-SAFE reconfigurable platform for SATellite missions
"SALOTTE" is the design name for a test equipment to test components used for solar array drive mechanisms. The ASAP-project aims at the development of such a facility.
The objective of the project SANOWA (Satellite based emergency call system for lumberjacks) is the development of a demonstrator that will increase the safety of lumberjacks and facilitate rescue operations in case of an accident. Satellite navigation, autonomous sensors, wireless communication, and geoinformation systems are integrated in the demonstrator.
The goals of this project were the improvement of existing X-band scattering models and the development of environmental mapping applications for TerraSAR X data in Austria and in potential export markets.
New indicators to remotely track climate-smart agricultural practices: Farm services for farmers and policy makers
Satellite Technologies for Improved Drought-Risk Assessment
Satellite-based short range weather prediction with special emphasize on high impact events
The objective is an analysis tool that provides the Austrian Ski Federation with the possibility to increase the performance of its racers, but also to study the physical robustness of the human body, and take counteractive measures if necessary.