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András Bátkai
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Francesco Polizzi
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It is well known-known that the interpolation error of a cubic spline has at best order $\mathcal{O}(h^4)$$O(h^4)$, which results from polynomials of degree 3.

Can I assume that if one uses polynomials of degree p and the respective function to be interpolated $f\in C^p([a,b])$, that the interpolation error of this spline is $\mathcal{O}(h^{p+1})$ ?

Is this known in Literature ? (I couldn't seem to find it$3$.)

Can I assume that, if one uses polynomials of degree $p$ and the respective function to be interpolated $f\in C^p([a,b])$, that the interpolation error of this spline is $O(h^{p+1})$? Is something like this present in literature?

It is well known that the interpolation error of a cubic spline has at best order $\mathcal{O}(h^4)$ which results from polynomials of degree 3.

Can I assume that if one uses polynomials of degree p and the respective function to be interpolated $f\in C^p([a,b])$, that the interpolation error of this spline is $\mathcal{O}(h^{p+1})$ ?

Is this known in Literature ? (I couldn't seem to find it.)

It is well-known that the interpolation error of a cubic spline has at best order $O(h^4)$, which results from polynomials of degree $3$.

Can I assume that, if one uses polynomials of degree $p$ and the respective function to be interpolated $f\in C^p([a,b])$, that the interpolation error of this spline is $O(h^{p+1})$? Is something like this present in literature?

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Spline Interpolation error of higher degree

It is well known that the interpolation error of a cubic spline has at best order $\mathcal{O}(h^4)$ which results from polynomials of degree 3.

Can I assume that if one uses polynomials of degree p and the respective function to be interpolated $f\in C^p([a,b])$, that the interpolation error of this spline is $\mathcal{O}(h^{p+1})$ ?

Is this known in Literature ? (I couldn't seem to find it.)