Publication | Closed Access
Angular uncertainties due to geometry and spatial resolution in Compton cameras
52
Citations
6
References
1999
Year
EngineeringLocation EstimationMeasurementEducationLocalization TechniqueLocalizationImage AnalysisCalibrationCamera CalibrationComputational ImagingGeometrical AccuracyInstrumentationSpatial ResolutionRadiation ImagingRadiologyGeometric ModelingMachine VisionCompton CamerasTime-of-flight CameraDirectional LocalizationAngular UncertaintiesRange ImagingComputer VisionSpatial VerificationRelative Spatial ResolutionImage Resolution
In this paper, we investigate the effects of spatial resolution and relative orientation of detectors on the accuracy of the directional localization in two-detector Compton cameras. We derive a general expression that relates the angular uncertainty to spatial resolution and geometry. Appropriate expressions for specific configurations are obtained as special cases of the general expression. Finally, we present a simple formula for estimating the position uncertainty of Compton cameras in terms of relative spatial resolution and distances.
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