Location
French National University of Civil Aviation (ENAC), Toulouse, France
and Sino-European Institute of Aviation Engineering (SIAE), Tianjin, China
Context
Modelling the long-range propagation is of great importance for many applications, including surveillance (radar), communication (satellite TV), geoscience (radio-occultation), and navigation (GNSS).
One of the most used method for such modellings is the parabolic equation method. Based on a split-step Fourier algorithm (SSF), it is fast and accurate to describe the fields in 2D scenes. 3D versions of the parabolic equation have been developed. However, they are not used in practice because they are very compute-intensive.
Modelling the long-range propagation is of great importance for many applications, including surveillance (radar), communication (satellite TV), geoscience (radio-occultation), and navigation (GNSS).
One of the most used method for such modellings is the parabolic equation method. Based on a split-step Fourier algorithm (SSF), it is fast and accurate to describe the fields in 2D scenes. 3D versions of the parabolic equation have been developed. However, they are not used in practice because they are very compute-intensive.
Applying
Candidates should demonstrate skills in one or more of the following fields: electromagnetic propagation, signal processing, numerical simulations. A good English level and good writing skills are also requested.
Contacts
Interested candidates should send their CV via e-mail, accompanied by a cover letter, and the names and email addresses of three referees to:
Dr. Remi Douvenot
TELECOM/EMA
Ecole Nationale de l’Aviation Civile (ENAC) 7 avenue Edouard Belin
31055 Toulouse, France
Tel : +33 (0)5 62 17 42 67 remi.douvenot@enac.fr
More informations
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