This paper proposes a novel statistical prediction of monopulse errors (Levanon, 1988) for a radar Swerling III-IV target embedded in noise or noise jamming where multiple observations are available. First, the study of the maximum likelihood estimator (MLE) of the complex monopulse ratio for a Swerling III-IV target embedded in spatially white noise allows us to extend the use of the MLE practical approximate form introduced by Mosca (1969) for Swerling 0-I-II cases. Afterward, we derive analytical formulas for both the mean and variance of the MLE in approximate form conditioned by the usual detection step performed on the sum channel of a monopulse antenna. Last, we provide a comparison of target direction of arrival (DOA) estimation performance based on monopulse ratio estimation as a function of the Swerling model in the context of a multifunction radar.
Monopulse-radar tracking of swerling III-IV targets using multiple observations
IEEE Transactions on Aerospace and Electronic Systems ; 44 , 2 ; 520-537
2008-04-01
1511093 byte
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Monopulse-Radar Tracking of Swerling-III-IV Targets using Multiple Observations
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