• Corpus ID: 14751924

Improving weather radar by fusion and classification

@article{Ganster2014ImprovingWR,
  title={Improving weather radar by fusion and classification},
  author={Harald Ganster and Martina Uray and Sylwia Steginska and Gerardus Croonen and Rudolf Kaltenb{\"o}ck and Karin Hennermann},
  journal={ArXiv},
  year={2014},
  volume={abs/1404.6351}
}

• H. Ganster, Martina Uray, +3 authors Karin Hennermann
• Published 25 April 2014
• Environmental Science, Computer Science
• ArXiv

In air trac management (ATM) all necessary operations (tactical planing, sector configuration, required stang, runway configu- ration, routing of approaching aircrafts) rely on accurate measurements and predictions of the current weather situation. An essential basis of information is delivered by weather radar images (WXR), which, unfortu- nately, exhibit a vast amount of disturbances. Thus, the improvement of these datasets is the key factor for more accurate predictions of weather phenomena and weather conditions. Image processing methods based on texture analysis and geometric operators allow to identify regions includ- ing artefacts as well as zones of missing information. Correction of these zones is implemented by exploiting multi-spectral satellite data (Meteosat Second Generation). Results prove that the proposed system for artefact detection and data correction significantly improves the quality of WXR data and, thus, enables more reliable weather now- and forecast leading to increased ATM safety.