000	02080nam  2200313za 4500
001	9.842047
003	CaOODSP
005	20230906113140
007	cr |||||||||||
008	170821s2017    oncad   ob   f000 0 eng d
040	|aCaOODSP|beng
043	|an-cn---
086	1 |aM183-2/7814E-PDF
100	1 |aHillier, M. J.|q(Michael J.)
245	10|aImplicit 3-D modelling of geological surfaces with the Generalized Radial Basis Functions (GRBF) algorithm |h[electronic resource] / |cM.J. Hillier, E.A. de Kemp, and E.M. Schetselaar.
260	|a[Ottawa] : |bNatural Resources Canada, Geological Survey of Canada, |c2017.
300	|a15 p. : |bcol. charts, col. ill.
490	1 |aGeological Survey of Canada, open file ; |v7814
504	|aIncludes bibliographical references (p. 7).
520	3 |a"We summarize an interpolation algorithm, which was developed to model 3D geological surfaces, and its application to modelling regional stratigraphic horizons in the Purcell basin, a study area in the SEDEX project under the Targeted Geoscience Initiative 4 program. We developed a generalized interpolation framework using Radial Basis Functions (RBF) that implicitly models 3D continuous geological surfaces from scattered multivariate structural data. The general form of the mathematical framework permits additional geologic information to be included in the interpolation in comparison to traditional interpolation methods using RBF’s such as: (1) stratigraphic data from above and below targeted horizons (2) modelled anisotropy and (3) orientation constraints (e.g. planar and linear)"--Abstract, p. 1.
692	07|2gccst|aStratigraphy
692	07|2gccst|aStructural geology
692	07|2gccst|aModelling
700	1 |aSchetselaar, E. M.
700	1 |aDe Kemp, E. A.
710	1 |aCanada. |bNatural Resources Canada.
710	2 |aGeological Survey of Canada.
830	#0|aOpen file (Geological Survey of Canada)|v7478|w(CaOODSP)9.506878
856	40|qPDF|s1.23 MB|uhttps://publications.gc.ca/collections/collection_2017/rncan-nrcan/M183-2/M183-2-7814-eng.pdf