Abstract: The evenness of the numerator and denominator of convergents of continued fraction to the nearest even number is opposite. We establish there that for nearly by 1=3 of almost all real numbers, convergents of its regular continued fraction expansion have either even numerator and odd denominator and eiter even denominator and odd numirator. This property holds for both the lebesque measure just as for the distribution function of the so called Minkowski question mark function ?(x). Incindentally we establish that for the measure that coresponds to the distribution ?(x), the mean of the n first elements of regular continued fraction tends to 2 as n tends to infinity.Note: Research direction:Mathematical problems ...
Abstract. In this note the distribution of the approximation coe cients n, associated with the regul...
If the odd and even parts of a continued fraction converge to different values, the continued fracti...
If the odd and even parts of a continued fraction converge to different values, the continued fracti...
A new family of continued fractions expansions is introduced by combining two existing family's (2-e...
AbstractIf the odd and even parts of a continued fraction converge to different values, the continue...
Abstract: In the preprint «Continued fractions by the nearest even number», we propose a n...
AbstractIn this paper we present a convergence theorem for continued fractions of the form Kn=1∞an/1...
Continued fractions offer a concrete representation of arbitrary real numbers, where in the past suc...
Continued fractions offer a concrete representation for arbitrary real numbers. The continued fracti...
Continued fractions offer a concrete representation for arbitrary real numbers. The continued fracti...
Continued fractions offer a concrete representation for arbitrary real numbers. The continued fracti...
AbstractIf the odd and even parts of a continued fraction converge to different values, the continue...
The study of arithmetical continued fractions has been restricted, for the most part, to the investi...
AbstractMinkowski's ?(x) function can be seen as the confrontation of two number systems: regular co...
The purpose of this paper is to study convergence of certain continued fractions
Abstract. In this note the distribution of the approximation coe cients n, associated with the regul...
If the odd and even parts of a continued fraction converge to different values, the continued fracti...
If the odd and even parts of a continued fraction converge to different values, the continued fracti...
A new family of continued fractions expansions is introduced by combining two existing family's (2-e...
AbstractIf the odd and even parts of a continued fraction converge to different values, the continue...
Abstract: In the preprint «Continued fractions by the nearest even number», we propose a n...
AbstractIn this paper we present a convergence theorem for continued fractions of the form Kn=1∞an/1...
Continued fractions offer a concrete representation of arbitrary real numbers, where in the past suc...
Continued fractions offer a concrete representation for arbitrary real numbers. The continued fracti...
Continued fractions offer a concrete representation for arbitrary real numbers. The continued fracti...
Continued fractions offer a concrete representation for arbitrary real numbers. The continued fracti...
AbstractIf the odd and even parts of a continued fraction converge to different values, the continue...
The study of arithmetical continued fractions has been restricted, for the most part, to the investi...
AbstractMinkowski's ?(x) function can be seen as the confrontation of two number systems: regular co...
The purpose of this paper is to study convergence of certain continued fractions
Abstract. In this note the distribution of the approximation coe cients n, associated with the regul...
If the odd and even parts of a continued fraction converge to different values, the continued fracti...
If the odd and even parts of a continued fraction converge to different values, the continued fracti...