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Talks and Poster Presentations (with Proceedings-Entry):

R. Graf, M. Löffler, G. Navratil:
"Assessment Methodology of the Radiation Load of Multilateration in Comparison to the Traditional Secondary Surveillance Radar for an Area Cell";
Talk: 12th International Symposium on Operational Research SOR '13, Dolenjske Toplice, Slowenien; 2013-09-25 - 2013-09-27; in: "Proceedings of the 12th International Symposium on Operational Research SOR '13", L. Zadnik Stirn, J. Zerovnik, J. Povh, S. Drobne, A. Lisec (ed.); Slovenian Society INFORMATIKA (SDI) Section for Operational Research (SOR), Ljubljana, Slowenien (2013), ISBN: 978-961-6165-40-2; 337 - 342.



English abstract:
This paper examines the radiation load of multilateration and compares it to the radiation load of a traditional secondary surveillance radar. One of the questions that need to be answered before implementing a new technical system is the influence on the environment. Since positioning systems typically use emitted signals, there is radiation load that may harm the local population around the transmitters. In order to determine the radiation load for multilateration, there scenarios were developed to determine maximum and average radiation load and compare them to the currently used systems. It is shown that multilateration has only a fraction of the radiation load of the currently used systems, which would be replaced by multilateration.

German abstract:
This paper examines the radiation load of multilateration and compares it to the radiation load of a traditional secondary surveillance radar. One of the questions that need to be answered before implementing a new technical system is the influence on the environment. Since positioning systems typically use emitted signals, there is radiation load that may harm the local population around the transmitters. In order to determine the radiation load for multilateration, there scenarios were developed to determine maximum and average radiation load and compare them to the currently used systems. It is shown that multilateration has only a fraction of the radiation load of the currently used systems, which would be replaced by multilateration.

Keywords:
Multilateration, Secondary Surveillance Radar, Radiation load, Air Traffic Management, Air Navigation Service Provider, Positioning

Created from the Publication Database of the Vienna University of Technology.