Titlebook: Empirical Process Techniques for Dependent Data; Herold Dehling,Thomas Mikosch,Michael Sørensen Book 20021st edition Springer Science+Busi

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978-1-4612-6611-2Springer Science+Business Media New York 2002

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,Internes Marketing für den Produktmanager,otic distribution of empirical processes of long memory moving averages with finite and infinite variance. It also discusses some interesting applications to goodness-of-fit testing for the marginal stationary error distribution in linear regression models and .-estimation in the one sample location model.

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Pharmazeutischchemisches Praktikumle likelihood estimation for times series. The exposition covers stationary and nonstationary time series as well as Gaussian and non-Gaussian cases. Previously unpublished results are added in order to complete the overall picture.

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Bernd Antkowiak,Ingolf Cascorbiationary Markov models, bilinear models, and more generally, Bernoulli shifts. In some cases no mixing properties can be expected without additional regularity assumption on the distribution of the innovations distribution for which a weak dependence condition can be easily derived. We apply the the

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Therapie der Interstitiellen Zystitis fixed . (a . inequality), one can often derive an inequality that holds . in θ ∈ Θ by applying the chaining technique. Therefore, pointwise inequalities are (apart from being of intrinsic interest) quite relevant within the theory of stochastic processes. We present a generalization of Ho-effding’s

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https://doi.org/10.1007/978-3-662-00437-1he same marginal distributions. The upper bound of the distance between the variables with the same rank is given in terms of mixing coefficients. We shall apply the coupling methods to derive uniform laws of large numbers for the dependent random processes under various types of dependence. We shal