There are 454 results.
Downscaling Sentinel-3 Snow Cover Data for Meteorological and Hydrological Applications
Resolving the Daily Water Cycle over Land with Radar Satellites
DeGe - Deployable Getaway for the International Space Station (ISS) - Deployable Crew-Quarter-Cabin and Sleep-/Work-Equipment for Temporary Use on ISS and for Future Applications in 0-Gravity Environments
The Deployable Getaway (DeGe) is a deployable crew quarter, which can be unfolded into an astronaut’s crew cabin using a "folding box principle". In folded configuration two of them can be stored in one International Standard Payload Rack on ISS. The size of the unfolded cabin corresponds to those of the crew-quarter cabins actually in use. In contrast to the integrated existing cabins the DeGe can be positioned at any suitable location on ISS.
Framework of Reprogrammable SDR-based EGSE Radio Systems
Development of an Improved Time-of-Flight Mass Spectrometer
The project comprises two demonstrations: determination and registration of funded agricultural areas and precise farming applied to the disposition and the management of growing areas.
The subject of this project was to design an embedded command and control subsystem (ECCS) as part of a satellite onboard electronics module based on the MIL-STD-1553B interface standard. In the present context "embedded" means that the subsystem is not implemented as a separate system formed by dedicated hard- and software, but that it is fully integrated into the extended hard- and software of an existing state-of-the-art spaceborne payload processor module.
A paradigm for Marangoni flows is the liquid bridge problem in which a liquid droplet is confined between two solid cylindrical rods that are kept at different temperatures. In the EMA project scientists aim at controlling the Marangoni flow in the liquid phase by eliminating the effect of buoyant convection which eclipses the Marangoni flow on the ground.
The project EMAG includes technical and economical basic research and analysis regarding the feasibility to develop an experimental platform based on a software receiver for multi-modal applications of Galileo. Therefore, it is the objective to develop a detailed concept for a later realization.
The project aimed at demonstrating advantages and the easy handling of the DGPS method combined with conventional ground based surveying techniques. Once successfully measured, geographical coordinates of sample plots or certain ground marks can be reused.
ENVICHANGE - 4D Information Products for the Monitoring of Environmental Changes Based on LiDAR- and Satellitedata
The project ENVICHANGE as proposed here intends i) to identify the possibilities of analysing spatial features for monitoring land cover and essential infrastructure facilities based on high-resolution satellite and LiDAR data and ii) to implement methods for its operational generation. The possibility of fully or partially automated information extraction is evaluated based on user requirements of corresponding federal authorities and infrastructure operators.
Earth Observation to Enhance Forest Certification
The project aimed at conceptually designing an earth observation based regional centre for crisis data, which integrates all relevant components of geoinformation. One task of the centre is the rapid acquisition, processing and analysis of satellite data and mobile mapping data in the field of natural disasters and civil protection.
In the frame of the project "EO-KDZ" (Earth Observation Krisendatenzentrum) it was intended to conceptually design and technically implement a regional and Earth observation based centre for crisis data. This mobile centre is characterised by several components of geoinformation, which are collected, analysed and value added near or in the affected areas.
Evaluating the Potential of Emerging Earth Observation Sensor Platforms for Novel Value-Added Commercial Applications
EO-NatHaz - Assessment of Potential Damage and Risk Exposure Caused by Natural Hazards with Earth Observation
EO-NatHaz has the objective to explore and exploit the utility of novel space based remote sensing techniques - on the one hand for the assessment of potential damages and economic losses and on the other hand for the derivation of risk exposures due to natural hazards.