Title of article
An Optimal G2-Hermite Interpolation by Rational Cubic Bezier Curves
Author/Authors
Sbibih, D LANO Laboratoty - University Mohammed First - Faculty of Sciences, Morocco , Belkhatir, B LANO Laboratoty - University Mohammed First - Faculty of Sciences, Morocco
Pages
10
From page
29
To page
38
Abstract
In this paper, we study a geometric G2 Hermite interpolation by planar rational
cubic Bezier curves. Two data points, two tangent vectors and two signed curvatures interpo-
lated per each rational segment. We give the necessary and the sufficient intrinsic geometric
conditions for two C2 parametric curves to be connected with G2 continuity. Locally, the
free parameters within a rational cubic Bezier curve should be determined by minimizing a
maximum error. We nish by proving and justifying the efficiently of the approaching method
with some comparative numerical and graphical examples.
Keywords
Hermite interpolation , Rational curve , G2 continuity , Geometric conditions , Optimization
Journal title
Astroparticle Physics
Serial Year
2018
Record number
2438715
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