Speed-up the computing of bistatic cross-ambiguity function

Speed-up the computing of bistatic cross-ambiguity function

Cross ambiguity function (CAF) is the key function for successful location tracking for passive radar systems. This paper describes several brute-force methods of CAF. The computation time of CAF is a challenging problem for parallel programming techniques. In this paper the CAF is computed with mul...

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Hauptverfasser: Pidanic, J., Nemec, Z.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
cluster
cross ambiguity function
Delay effects
Doppler shift
Hardware
Multicore processing
parallel computing
passive radar system
signal processing
Signal resolution
Transmitters
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Nemec, Z.
description Cross ambiguity function (CAF) is the key function for successful location tracking for passive radar systems. This paper describes several brute-force methods of CAF. The computation time of CAF is a challenging problem for parallel programming techniques. In this paper the CAF is computed with multi-core and cluster approach.
doi_str_mv 10.1109/IRS.2012.6233338
format Conference Proceeding
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subjects cluster
cross ambiguity function
Delay effects
Doppler shift
Hardware
Multicore processing
parallel computing
passive radar system
signal processing
Signal resolution
Transmitters
title Speed-up the computing of bistatic cross-ambiguity function
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