A structural theorem of the generalized spline functions.
Branga, Adrian (2009)
General Mathematics
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Branga, Adrian (2009)
General Mathematics
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Segeth, Karel
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There are two grounds the spline theory stems from - the algebraic one (where splines are understood as piecewise smooth functions satisfying some continuity conditions) and the variational one (where splines are obtained via minimization of some quadratic functionals with constraints). We use the general variational approach called smooth interpolation introduced by Talmi and Gilat and show that it covers not only the cubic spline and its 2D and 3D analogues but also the well known...
Segeth, Karel
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Spline theory is mainly grounded on two approaches: the algebraic one (where splines are understood as piecewise smooth functions) and the variational one (where splines are obtained via minimization of quadratic functionals with constraints). We show that the general variational approach called smooth interpolation introduced by Talmi and Gilat covers not only the cubic spline but also the well known tension spline (called also spline in tension or spline with tension). We present the...
Isaac J. Schoenberg (1967-1968)
Séminaire Delange-Pisot-Poitou. Théorie des nombres
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Branga, Adrian (2008)
General Mathematics
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J. W. Schmidt (1989)
Banach Center Publications
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R. Smarzewski, H. Malinowski (1983)
Applicationes Mathematicae
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R. Zejnullahu (1989)
Matematički Vesnik
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Yuriy Volkov (2012)
Open Mathematics
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We study the problem of interpolation by a complete spline of 2n − 1 degree given in B-spline representation. Explicit formulas for the first nand the last ncoefficients of B-spline decomposition are found. It is shown that other B-spline coefficients can be computed as a solution of a banded system of an equitype linear equations.
Chi Li Hu, Larry L. Schumaker (1986)
Numerische Mathematik
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Radek Kučera (1995)
Applications of Mathematics
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The paper deals with the biquadratic splines and their use for the interpolation in two variables on the rectangular mesh. The possibilities are shown how to interpolate function values, values of the partial derivative or values of the mixed derivative. Further, the so-called smoothing biquadratic splines are defined and the algorithms for their computation are described. All of these biquadratic splines are derived by means of the tensor product of the linear spaces of the quadratic...