Supersonic target detection in passive radar

The detection of supersonic targets in passive radar is a challenge due to the high speed and acceleration of the targets. In the classical approach, where the crossambiguity function is used, the integration time is limited by the range and Doppler migration. In this paper the application of the ex...

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Main Authors: Rzewuski, S., Borowiec, K., Kulpa, K., Malanowski, M., Baczyk, M. K., Klincewicz, K., Wielgo, M., Kurowska, A.
Format: Conference Proceeding
Language:English
Subjects:
Acceleration
Digital video broadcasting
Doppler effect
Gain
Passive radar
Receivers
Rockets
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creator Rzewuski, S.
Borowiec, K.
Kulpa, K.
Malanowski, M.
Baczyk, M. K.
Klincewicz, K.
Wielgo, M.
Kurowska, A.
description The detection of supersonic targets in passive radar is a challenge due to the high speed and acceleration of the targets. In the classical approach, where the crossambiguity function is used, the integration time is limited by the range and Doppler migration. In this paper the application of the extension of the crossambiguity function to the 3-dimensional range-Doppler-acceleration is presented. The target of interest was a supersonic target - a sounding rocket launched by the Student Astronautical Group of the Warsaw University of Technology. As an illumination signal the DVBT-signal was selected.
doi_str_mv 10.1109/IRS.2015.7226360
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subjects Acceleration
Digital video broadcasting
Doppler effect
Gain
Passive radar
Receivers
Rockets
title Supersonic target detection in passive radar
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