Publication | Closed Access
False alarms in multi-target radar detection within a sparsity framework
10
Citations
7
References
2014
Year
Unknown Venue
EngineeringSparse Reconstruction TechniquesFalse Alarm ProbabilityData SciencePattern RecognitionSignal ReconstructionRadar Signal ProcessingSignal DetectionStatisticsMachine VisionAutomatic Target RecognitionSynthetic Aperture RadarInverse ProblemsComputer ScienceRadar ApplicationSignal ProcessingRadarSparse RepresentationFalse AlarmsCompressive SensingSparse Reconstruction TechniqueRadar Image Processing
Existing radar detection schemes are typically studied for single target scenarios and they can be non-optimal when there are multiple targets in the scene. In this paper, we develop a framework to discuss multi-target detection schemes with sparse reconstruction techniques that is based on the Neyman-Pearson criterion. We will describe an initial result in this framework concerning false alarm probability with LASSO as the sparse reconstruction technique. Then, several simulations validating this result will be discussed. Finally, we describe several research avenues to further pursue this framework.
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