AbstractOrthogonal polynomials on the unit circle are fully determined by their reflection coefficients through the Szegő recurrences. Assuming that the reflection coefficients converge to a complex numberawith 0<|a|<1, or, in addition, they form a sequence of bounded variation, we analyze the orthogonal polynomials by comparing them with orthogonal polynomials with constant reflection coefficients which were studied earlier by Ya. L. Geronimus and N. I. Akhiezer. In particular, we present asymptotic relations under certain assumptions on the rate of convergence of the reflection coefficients. Under weaker conditions we still obtain useful information about the orthogonal polynomials and also about the measure of orthogonality
AbstractIn this paper we establish the connection between measures on a bounded interval and on the ...
AbstractLet σ be a finite positive Borel measure supported on an arc γ of the unit circle, such that...
AbstractOrthogonal polynomials theory on a circular arc was apparently first developed by N. I. Akhi...
AbstractOrthogonal polynomials on the unit circle are completely determined by their reflection coef...
AbstractOrthogonal polynomials on the unit circle are completely determined by their reflection coef...
AbstractOrthogonal polynomials on the unit circle are fully determined by their reflection coefficie...
AbstractIn this paper we study measures and orthogonal polynomials with asymptotically periodic refl...
AbstractIn this paper we study orthogonal polynomials with asymptotically periodic reflection coeffi...
AbstractLet {an}n∈N0withan∈C,an+N=anand |an|<1 for alln∈N0, be a periodic sequence of reflection coe...
AbstractOrthogonal polynomials on the unit circle are completely determined by their reflection coef...
AbstractRakhmanov's theorem for orthogonal polynomials on the unit circle gives a sufficient conditi...
30 pages, no figures.-- MSC1991 code: Primary 42C05.MR#: MR1660089 (99j:42033)Zbl#: Zbl 0931.42016Ra...
AbstractFirst we give necessary and sufficient conditions on a set of intervalsEl=∪lj=1[ϕ2j−1, 2j], ...
AbstractIn this paper we study measures and orthogonal polynomials with asymptotically periodic refl...
Let be a finite positive Borel measure supported on an arc of the unit circle, such that >0 a.e. o...
AbstractIn this paper we establish the connection between measures on a bounded interval and on the ...
AbstractLet σ be a finite positive Borel measure supported on an arc γ of the unit circle, such that...
AbstractOrthogonal polynomials theory on a circular arc was apparently first developed by N. I. Akhi...
AbstractOrthogonal polynomials on the unit circle are completely determined by their reflection coef...
AbstractOrthogonal polynomials on the unit circle are completely determined by their reflection coef...
AbstractOrthogonal polynomials on the unit circle are fully determined by their reflection coefficie...
AbstractIn this paper we study measures and orthogonal polynomials with asymptotically periodic refl...
AbstractIn this paper we study orthogonal polynomials with asymptotically periodic reflection coeffi...
AbstractLet {an}n∈N0withan∈C,an+N=anand |an|<1 for alln∈N0, be a periodic sequence of reflection coe...
AbstractOrthogonal polynomials on the unit circle are completely determined by their reflection coef...
AbstractRakhmanov's theorem for orthogonal polynomials on the unit circle gives a sufficient conditi...
30 pages, no figures.-- MSC1991 code: Primary 42C05.MR#: MR1660089 (99j:42033)Zbl#: Zbl 0931.42016Ra...
AbstractFirst we give necessary and sufficient conditions on a set of intervalsEl=∪lj=1[ϕ2j−1, 2j], ...
AbstractIn this paper we study measures and orthogonal polynomials with asymptotically periodic refl...
Let be a finite positive Borel measure supported on an arc of the unit circle, such that >0 a.e. o...
AbstractIn this paper we establish the connection between measures on a bounded interval and on the ...
AbstractLet σ be a finite positive Borel measure supported on an arc γ of the unit circle, such that...
AbstractOrthogonal polynomials theory on a circular arc was apparently first developed by N. I. Akhi...