# Approximating A Function By Orthogonal Projection

This post categorized under Vector and posted on June 9th, 2019.

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I am new to the topic of orthogonal projection for function approximation so I really appreciate step-by-step explanation. Some of the main things I want to know 1) how to find each coefficient for the 5th degree polynomial based on t 2) How to calculateuse MATLAB to calculate them Author mentions MATLAB is used but I want to do the same but no code is available.I am new to the topic of orthogonal projection for function approximation so I really appreciate step-by-step explanation. Some of the main things I want to know 1) how to find each coefficient for the 5th degree polynomial based on tApproximating Functions with Python and an Orthonormal Basis 14 Sep 2018 Before we start approximating functions lets first review a key property from orthogonal projection.

I am new to the topic of orthogonal projection for function approximation so I really appreciate step-by-step explanation. Some of the main things I want to know 1) how to find each coefficient for the 5th degree polynomial based on tAnswer to Approximating functions with orthogonal basis functions suppose p_1(x) and p_2 two orthogonal functions on [0.1] in an Skip Navigation Chegg homeOne of the standard applications of orthogonal projections to function vectores comes in the form of Fourier series where we use as a mutually orthogonal set of functions