Results 111 to 120 of about 7,698 (239)
Stein's method on the second Wiener chaos : 2-Wasserstein distance [PDF]
In the first part of the paper we use a new Fourier technique to obtain a Stein characterizations for random variables in the second Wiener chaos. We provide the connection between this result and similar conclusions that can be derived using Malliavin ...
Arras, Benjamin +3 more
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New classes of tests for the Weibull distribution using Stein's method in the presence of random right censoring. [PDF]
Bothma E, Allison JS, Visagie IJH.
europepmc +1 more source
El artículo tiene el propósito de mostrar los principales puntos de encuentro entre la antropología mística de Santa Teresa de Jesús y la antropología fenomenológica de Edith Stein, en lo tocante a la comprensión del alma.
Lucero González Suárez
doaj +1 more source
Edgeworth expansion by Stein’s method
Edgeworth expansion provides higher-order corrections to the normal approximation for a probability distribution. The classical proof of Edgeworth expansion is via characteristic functions. As a powerful method for distributional approximations, Stein's method has also been used to prove Edgeworth expansion results.
Fang, Xiao, Liu, Song-Hao
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CLT-related large deviation bounds based on Stein's method [PDF]
Martin Raič
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This essay proposes to present and analyse the pictures or representations of Paris in Ernest Hemingway’s, Francis Scott Fitzgerald’s and Gertrude Stein’s different works.
Krisztina Sárdi
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From Stein's Unbiased Risk Estimates to the Method of Generalized Cross Validation [PDF]
Ker-Chau Li
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Hsu-Robbins and Spitzer's theorems for the variations of fractional Brownian motion
Using recent results on the behavior of multiple Wiener-It\^o integrals based on Stein's method, we prove Hsu-Robbins and Spitzer's theorems for sequences of correlated random variables related to the increments of the fractional Brownian motion.Comment:
Tudor, Ciprian
core +2 more sources
On Stein's method and point process approximation
In [\textit{D. Barbour} and the first author, ibid. 43, No. 1, 9-31 (1992; Zbl 0765.60043)], Stein's method is used to give bounds on the total variation distance between the distributions of a finite point process and a Poisson process. This paper corrects an error in the computation of the bounds in the case of the hard core point process, which they
Brown, Timothy C., Greig, Darryl
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A non-uniform Berry–Esseen bound via Stein's method [PDF]
Louis H. Y. Chen, Qi-Man Shao
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