Abstract
Two important processes in probability and statistics are the empirical and partial-sum processes. The purpose of this paper is to présenta unified approach to both types of processes including their multi-variate versions by studying processes Sn=((Sn(C))C ∈ with Sn(C) being defined by
the ηn j’s being random elements (random locations) in an arbitrary sample space X, the ξ’n js being real-valued random variables (random masses), and where the index set is a Vapnik-Chervonenkis class of subsets of X.
Our emphasis is on a asymptotic results (as the sample size n tends to infinity) for the processes Sn such as functional central limit theorems (FCLT) and a uniform law of large numbers (ULLN) (the uniformity being w.r.t.), containing various results for empirical and partial-sum processes as special cases.
Invited Lecture for the Fifth Prague Symposium on Asymtotic Statistics, 4.-9. Sept., 1993
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Gaenssler, P. (1994). On Recent Developments in the Theory of Set-Indexed Processes. In: Mandl, P., Hušková, M. (eds) Asymptotic Statistics. Contributions to Statistics. Physica, Heidelberg. https://doi.org/10.1007/978-3-642-57984-4_7
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DOI: https://doi.org/10.1007/978-3-642-57984-4_7
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