Algerian Journal of Signals and Systems
Volume 2, Numéro 1, Pages 31-39
2017-03-31
Authors : Zattouta B. . Messikh L. .
Performance comparison of automatic censoring CA-based CFAR processors contribute to the development of more efficient censoring detectors. In this paper, the authors analyze the performance of the detection schemes which named: ACCA-odv- (Automatic Censored Cell Averaging -ordered data variability-), ADCCA- (Automatic Dual Censoring Cell Averaging-), ACGCA- (Automatic Censoring Greatest Cell Averaging-), and GGDC- (Goodness-of-fit Generalized likelihood test with Dual Censoring-)-CFAR's in heterogeneous environments. The assumed environments are represented by three situations: first, the homogeneous situation, second, the presence of interfering targets, and the third case is allowed to the presence of clutter edges. The obtained results, under the assumption of a Gaussian clutter and a mono pulse processing, show that most of the studied detectors perform well in a specific conditions and there is a need to further developments to ensure the required performances for recent target detection application.
Adaptive CFAR detection, Automatic censoring, heterogeneous environments, Probability of detection, Probability of false alarm.
Arbia Hanane
.
Talbi Badreddine
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pages 248-256.
Chemingui Fatima Zohra
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Benrachi Fatima
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pages 51-56.
Mameri Y
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Debbache N
.
Seraghni N
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Sehili T
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pages 83-89.
Haddad L.
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Bouzerzour H.
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Benmahammed A.
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Zerargui H.
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Hannachi A.
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Bachir A.
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Salmi M.
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Oulmi A.
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Nouar H.
.
Laala Z.
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pages 1021-1036.
Chouder A.
.
Guijoan F.
.
Silvestre S.
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pages 577-586.