Circular-Consistency and Slip-tuning Improvements of Crater Detection Algorithms Based on Gradient Edge Detectors and Radon/Hough Transform

Details Circular-Consistency and Slip-tuning Improvements of Crater Detection Algorithms Based on Gradient Edge Detectors and Radon/Hough Transform Circular-Consistency and Slip-tuning Improvements of Crater Detection Algorithms Based on Gradient Edge Detectors and Radon/Hough Transform

Jul 2007

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2007lpico1353.3066s&link_type=abstract

Seventh International Conference on Mars, held July 9-13, 2007 in Pasadena, California, LPI Contribution No. 1353, p.3066

Physics

Scientific paper

Six previously implemented crater detection algorithms (CDAs) are
improved using some standard and CDA-specific (circular-consistency,
slip-tuning) techniques. The results are analyzed using free-response
receiver operating characteristics.

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