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Backbone Catalogue of Relational Debris Information (BACARDI)



 

 Simulated impact of a 12 mm bullet onto an 8 cm aluminium plate at a velocity of 7 kilometres per second. Image: ESA
zum Bild Simulated impact of a 12 mm bullet onto an 8 cm aluminium plate at a velocity of 7 kilometres per second. Image: ESA

Space debris is a huge problem in this day and age. With every activity in space the number of manmade particles and the risk of dangerous collisions increase. Thus, it is extremely important to properly investigate the number, distribution, and development of those particles. Due to their small size this is very challenging.

The Institute for Software Technology is part of the project “Processes for improved detection, positioning and tracking of orbital objects“. In this project, novel measurement methods and solutions for complex processing of measured data are created.

Together with the SC-department “Intelligent and Distributed Systems” und group “Space Situational Awareness”, we develop the novel software BACARDI (Backbone Catalogue of Relational Debris Information). It is a catalogue for orbit information for all known spaceflight objects. Together, we provide a fitting software solution to the given problem. Additionally, using efficient optimization and parallelization, we are already able to develop the data processing tools needed for the future. For correct interpretation a high-quality visualization is vital. Our software “Space Debris Viewer“ enables this for 3D-visualisations of BACARDI-objects.

 

Debris Viewer 380px
Snapshot from the Space Debris Viewer. Every object of the connected database is shown, but filtering for different attributes is possible. The colour provides information about the object type (orange: payload / satellite; blue: rocket bodies; red: debris; green: unknown). Image: DLR SC-HPC.

Contact
Dr.-Ing. Achim Basermann
Head of Department

German Aerospace Center

Institute of Software Technology
, High-Performance Computing
Köln

Tel.: +49 2203 601-3326

Fax: +49 2203 601-3070

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