A fast numerical method computes the minimum detectable ship radar cross-section for spaceborne SAR by averaging detection probability over a lognormal fluctuation model and using binary integration.
Refinements of Binary Integration for Swerling Target Fluctuations,
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An Efficient Method for Evaluating the Feasibility of Spaceborne SAR for Ocean Ship Detection
A fast numerical method computes the minimum detectable ship radar cross-section for spaceborne SAR by averaging detection probability over a lognormal fluctuation model and using binary integration.