9 July 2012 Small-scale feature removal in propeller inspection
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Abstract
Range scanner inspection of manufactured artifacts like propeller blades produces data used to determine conformity to design. Inspection data contain both large- and small-scale feature information. Because small-scale feature information is irrelevant to analysis of large-scale features, determination of large-scale shape conformance is easier if small-scale information is removed. We discuss the combination of registration and smoothing methods that have been implemented in software for analysis of large-scale shape conformance of manufactured marine propeller blades. We show that although inspection systems produce errors and noise, we are able to create surfaces that accurately represent actual artifact large-scale features. To our knowledge the implementation of these methods has not been accomplished previously in an industrial inspection environment.
© 2012 SPIE and IS&T
David W. Allen, David W. Allen, Jacob J. Reiser, Jacob J. Reiser, James D. Machin, James D. Machin, Michael K. Koehler, Michael K. Koehler, Craig J. Madden, Craig J. Madden, } "Small-scale feature removal in propeller inspection," Journal of Electronic Imaging 21(3), 033002 (9 July 2012). https://doi.org/10.1117/1.JEI.21.3.033002 . Submission:
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