analysis of shift and deformation of planar surfaces using the least squares plane
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Abstract
Modern methods of measurement developed on the basis of advanced reflectorless distance measurement have paved the way for easier detection and analysis of shift and deformation. A large quantity of collected data points will often require a mathematical model of the surface that fits best into these. Although this can be a complex task, in the case of planar surfaces it is easily done, enabling further processing and analysis of measurement results. The paper describes the fitting of a plane to a set of collected points using the least squares distance, with previously excluded outliers via the RANSAC algorithm. Based on that, a method for analysis of the deformation and shift of planar surfaces is also described.
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matijevi2006kartografijaanalysis
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| Authors | ;Hrvoje Matijević;Miljenko Lapaine;Zdravko Kapović |
| Journal | episteme |
| Year | 2006 |
| DOI |
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