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Convergence rate for some additive function on random permutations
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Vytas Zacharovas
Published/Copyright:
July 29, 2016
Abstract
We estimate the convergence rate to normal law of the distribution of some special function which does not satisfy the Lindeberg type condition.
Keywords: Random permutations; normal distribution; rate of convergence; symmetric group; additive functions
Published Online: 2016-7-29
Published in Print: 2005-5-1
© 2016 Oldenbourg Wissenschaftsverlag GmbH, Rosenheimer Str. 145, 81671 München
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- A nonlinear-stability analysis of second-order fluid in porous medium in presence of magnetic field
- Convergence rate for some additive function on random permutations
- The converse of the Fabry-Pólya theorem on singularities of lacunary power series
- On meromorphic functions that share one value with their derivative
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Keywords for this article
Random permutations;
normal distribution;
rate of convergence;
symmetric group;
additive functions
Articles in the same Issue
- Masthead
- A nonlinear-stability analysis of second-order fluid in porous medium in presence of magnetic field
- Convergence rate for some additive function on random permutations
- The converse of the Fabry-Pólya theorem on singularities of lacunary power series
- On meromorphic functions that share one value with their derivative
- Interrelations Between the Taylor Coefficients of a Matricial Carathéodory Function and Its Cayley Transform
- Domains of uniform convergence of real rational chebyshev approximants
- Regular statistical convergence of multiple sequences
