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Monatshefte f�r Mathematik, 2003
The authors study the metric theory of fibred systems in the case of continued fraction mixing systems. They obtain the limit distribution of the largest value of a continued fraction mixing stationary stochastic process with infinite expectation and some related results. These are analogous to the theorems for the regular continued fractions, obtained
Nakada, Hitoshi, Natsui, Rie
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The authors study the metric theory of fibred systems in the case of continued fraction mixing systems. They obtain the limit distribution of the largest value of a continued fraction mixing stationary stochastic process with infinite expectation and some related results. These are analogous to the theorems for the regular continued fractions, obtained
Nakada, Hitoshi, Natsui, Rie
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The Metrical Theory of Prime Divisibility via Continued Fractions
This paper explores the intricate relationship between the metrical properties of continued fractions and the distribution of prime divisors within the partial quotients. We investigate how the statistical behavior of continued fraction expansions, typically studied through ergodic theory and measure theory, can shed light on the occurrence and ...Revista, Zen, MATH, 10
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Lithuanian Mathematical Journal, 1987
Every irrational x in the interval [G-2, G], with \(G=(1+\sqrt{5})/2\), has a continued fraction expansion of the form \(x=\epsilon_ 1/(\alpha_ 1+\epsilon_ 2/(\alpha_ 2+...\), where \(\epsilon_ j\) is either -1 or \(+1\), and each digit \(\alpha_ j\) is an odd positive integer.
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Every irrational x in the interval [G-2, G], with \(G=(1+\sqrt{5})/2\), has a continued fraction expansion of the form \(x=\epsilon_ 1/(\alpha_ 1+\epsilon_ 2/(\alpha_ 2+...\), where \(\epsilon_ j\) is either -1 or \(+1\), and each digit \(\alpha_ j\) is an odd positive integer.
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Haas Molnar Continued Fractions and Metric Diophantine Approximation
Proceedings of the Steklov Institute of Mathematics, 2017Liangang Ma, R. Nair
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The distribution of the large partial quotients in continued fraction expansions
Science China Mathematics, 2022Bo Tan, Chen Tian, Bao-Wei Wang
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On a theorem from the metric theory of continued fractions
1986Translation from Izv. Akad. Nauk UzSSR, Ser. Fiz.-Mat. Nauk 1981, No.6, 9-12 (Russian) (1981; Zbl 0488.10049).
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Optimal continued fractions and the moving average ergodic theorem
Periodica Mathematica Hungarica, 2013H. K. Haili, R. Nair
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Metric Diophantine Approximation—From Continued Fractions to Fractals
, 2016S. Kristensen
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Multidimensional Continued Fractions. By Fritz Schweiger. Oxford Science Publications
Ergodic Theory and Dynamical Systems, 2002A. Nogueira
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