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Rates of convergence

2015
In this chapter, we study the local rate of convergence of r n (x) to r(x). We obtain full information on the first asymptotic term of r n (x) − r(x), and are rewarded with (i) a central limit theorem for r n (x) − r(x), and (ii) a way of helping the user decide how to choose the weights v ni of the estimate.
Gérard Biau, Luc Devroye
openaire   +1 more source

Rates of Convergence

1996
This chapter gives some results on rates of convergence of M-estimators, including maximum likelihood estimators and least-squares estimators. We first state an abstract result, which is a generalization of the theorem on rates of convergence in Chapter 3.2, and next discuss some methods to establish the maximal inequalities needed for the application ...
Aad W. van der Vaart, Jon A. Wellner
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Convergence Rates of SNP Density Estimators

Econometrica, 1996
The seminonparametric (SNP) density estimator, proposed by \textit{A. R. Gallant} and \textit{D. W. Nychka} [ibid. 55, 363-390 (1987; Zbl 0631.62110)], has been used for structural, reduced form, and efficient method of moments estimation in economics, finance, and the health sciences.
Fenton, Victor M, Gallant, A Ronald
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Convergence Rates, Part II

2018
In Chapter 3 we establish the \({O}(\sqrt{\varepsilon})\) error estimates for some two-scale expansions in H1 and the \({O}({\varepsilon})\) convergence rate for solutions \({u}_{\varepsilon}\) in L2. The results are obtained without any smoothness assumption on the coefficient matrix A. In this chapter we return to the problem of convergence rates and
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On the Optimal Linear Convergence Rate of a Generalized Proximal Point Algorithm

Journal of Scientific Computing, 2016
The proximal point algorithm (PPA) has been well studied in the literature. In particular, its linear convergence rate has been studied by Rockafellar in 1976 under certain condition. We consider a generalized PPA in the generic setting of finding a zero
M. Tao, Xiaoming Yuan
semanticscholar   +1 more source

F-RRT*: An improved path planning algorithm with improved initial solution and convergence rate

Expert systems with applications, 2021
Bin Liao   +5 more
semanticscholar   +1 more source

Noisy optimization convergence rates

Proceedings of the 15th annual conference companion on Genetic and evolutionary computation, 2013
We consider noisy optimization problems, without the assumption of variance vanishing in the neighborhood of the optimum. We show mathematically that evolutionary algorithms with simple rules with exponential number of resamplings lead to a log-log convergence rate (log of the distance to the optimum linear in the log of the number of resamplings), as ...
Astete Morales, Sandra   +2 more
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Is convergence rate monotonic?

Acta Oeconomica, 2007
The paper aims to develop a model of nonlinear economic growth — with simple assumptions — which explains both Japan’s S -shape convergence path and the UK’s declining path toward the US between 1870–2000, and the development of other countries, as well as post-war reconstruction. According to the model, progress in stock of knowledge is formed by a
Csillik, P., Tarján, T.
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Slow Rates of Convergence

1996
In this chapter we consider the general pattern recognition problem: Given the observation X and the training data D n = ((X 1, Y 1),..., (X n , Y n )) of independent identically distributed random variable pairs, we estimate the label Y by the decision . The error probability is .
Luc Devroye   +2 more
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Subgeometric Rates of Convergence

2018
We have seen in Chapter 11 that a recurrent irreducible kernel P on \(\mathsf {X}\times \mathscr {X}\) admits a unique invariant measure that is a probability measure \(\pi \) if the kernel is positive. If the kernel is, moreover, aperiodic, then the iterates of the kernel \(P^n(x,\cdot )\) converge to \(\pi \) in f-norm for \(\pi \)-almost all \(x\in \
Randal Douc   +3 more
openaire   +1 more source

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