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Properties of Chebyshev polynomials

Published 3 Feb 2020 in math.HO | (2002.01342v1)

Abstract: Ordinary differential equations and boundary value problems arise in many aspects of mathematical physics. Chebyshev differential equation is one special case of the Sturm-Liouville boundary value problem. Generating function, recursive formula, orthogonality, and Parseval's identity are some important properties of Chebyshev polynomials. Compared with a Fourier series, an interpolation function using Chebyshev polynomials is more accurate in approximating polynomial functions. -------- Des \'equations diff\'erentielles ordinaires et des probl`emes de valeurs limites se posent dans de nombreux aspects de la physique math\'ematique. L'\'equation diff\'erentielle de Chebychev est un cas particulier du probl`eme de la valeur limite de Sturm-Liouville. La fonction g\'en\'eratrice, la formule r\'ecursive, l'orthogonalit\'e et l'identit\'e de Parseval sont quelques propri\'et\'es importantes du polyn^ome de Chebyshev. Par rapport `a une s\'erie de Fourier, une fonction d'interpolation utilisant des polyn^omes de Chebyshev est plus pr\'ecise dans l'approximation des fonctions polynomiales.

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