Fourier and Hermite series estimates of regression functions |
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Authors: | Wlodzimier Greblicki Miroslaw Pawlak |
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Affiliation: | (1) Institute of Engineering Cybernetics, Technical University of Wroclaw, Wroclaw, Poland;(2) Concordia University, montreal, Canada |
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Abstract: | Summary In the paper we estimate a regressionm(x)=E {Y|X=x} from a sequence of independent observations (X 1,Y 1),…, (X n, Yn) of a pair (X, Y) of random variables. We examine an estimate of a type , whereN depends onn andϕ N is Dirichlet kernel and the kernel associated with the hermite series. Assuming, that E|Y|<∞ and |Y|≦γ≦∞, we give condition for to converge tom(x) at almost allx, provided thatX has a density. if the regression hass derivatives, then converges tom(x) as rapidly asO(nC−(2s−1)/4s) in probability andO(n −(2s−1)/4s logn) almost completely. |
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Keywords: | Regression function Fourier series Hermite series nonparameteric estimate |
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