Uniqueness vs non-uniqueness in complete connections with modified majority rules
J. C. A. Dias, Sacha Friedli
Abstract
Open-access reader
J. C. A. Dias, Sacha Friedli
Abstract
Open-access reader
We take a closer look at a class of chains with complete connections introduced by Berger, Hoffman and Sidoravicius. Besides giving a sharper description of the uniqueness and non-uniqueness regimes, we show that if the pure majority rule used to fix the dependence on the past is replaced with a function that is Lipschitz at the origin, then uniqueness always holds, even with arbitrarily slow decaying variation.
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We take a closer look at a class of chains with complete connections introduced by Berger, Hoffman and Sidoravicius. Besides giving a sharper description of the uniqueness and non-uniqueness regimes, we show that if the pure majority rule used to fix the dependence on the past is replaced with a function that is Lipschitz at the origin, then uniqueness always holds, even with arbitrarily slow decaying variation.
Key concepts: Uniqueness, Lipschitz continuity, Class (philosophy), Mathematics, Function (biology), Pure mathematics, Mathematical economics, Mathematical analysis