Radar Target Detection in Sea Clutter Based on Two-Stage Collaboration

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Novel radar approach improves target detection accuracy in sea clutter, suggesting enhanced robustness against false alarms.

Proposed model markedly improves detection performance, particularly in challenging sea clutter environments.
Experimental results highlight a significant reduction in the false alarm rate compared to previous methods.
Utilizing a two-stage confirmation process, the model offers enhanced reliability in predicting sea surface targets.
Future research will focus on the model's generalization capabilities under low sea conditions, ensuring practical application.

Wang et al. (2025) studied this question.

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View Full Paper

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Authors

Novel radar approach improves target detection accuracy in sea clutter, suggesting enhanced robustness against false alarms.

Proposed model markedly improves detection performance, particularly in challenging sea clutter environments.
Experimental results highlight a significant reduction in the false alarm rate compared to previous methods.
Utilizing a two-stage confirmation process, the model offers enhanced reliability in predicting sea surface targets.
Future research will focus on the model's generalization capabilities under low sea conditions, ensuring practical application.

Wang et al. (2025) studied this question.

View Full Paper

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Bookmark