A generalization of the self-dual induction to every interval exchange transformation

Sébastien Ferenczi

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On the Prandtl equation on a finite interval.

Kapanadze, D. (1999)

Bulletin of TICMI

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On the functional equation $φ^{n} (x) = g (x)$

M. Kuczma (1961)

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On the structure of minimal attraction centers of recurrent trajectories of continuous maps of the interval.

Sivak, A.G. (1994)

Acta Mathematica Universitatis Comenianae. New Series

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Twist systems on the interval

Jozef Bobok (2002)

Fundamenta Mathematicae

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Let I be a compact real interval and let f:I → I be continuous. We describe an interval analogy of the irrational circle rotation that occurs as a subsystem of the dynamical system (I,f)-we call it an irrational twist system. Using a coding we show that any irrational twist system is strictly ergodic. We also prove that irrational twist systems exist as subsystems of a large class of systems (I,f) having a cycle of odd period greater than one.

Construction of second order linear differential equations with solutions of prescribed properties

František Neuman (1965)

Archivum Mathematicum

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A Sufficient Disconjugacy Condition for the Third Order Differential Equation

Marta Gerová (1974)

Matematický časopis

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Displaying similar documents to “A generalization of the self-dual induction to every interval exchange transformation”

On the Prandtl equation on a finite interval.

On the functional equation φ n ( x ) = g ( x )

On the structure of minimal attraction centers of recurrent trajectories of continuous maps of the interval.

Twist systems on the interval

Construction of second order linear differential equations with solutions of prescribed properties

A Sufficient Disconjugacy Condition for the Third Order Differential Equation

On the functional equation $φ^{n} (x) = g (x)$