AbstractThe location of all zeros of a finite family of polynomials defined by three term recurrence relations with periodic coefficients is analyzed with the help of reference to the Chebyshev polynomials. In some particular cases the distribution of these zeros in the gaps between the intervals which support the continuous part of measure defining the polynomials in question is demonstrated
AbstractLet {Pn(x)}n=0∞ be a system of polynomials satisfying the recurrence relation P−1(x) = 0, P0...
In this paper we show how polynomial mappings of degree K from a union of disjoint intervals onto [-...
In this paper we show how polynomial mappings of degree K from a union of disjoint intervals onto [-...
AbstractThe location of all zeros of a finite family of polynomials defined by three term recurrence...
AbstractThe location of the zeros of a family of polynomials satisfying a three-term recurrence rela...
AbstractThe finite sequences of polynomials {Pn}n = 0N generated from three-term recurrence relation...
AbstractGeronimus has shown that a sequence of orthogonal polynomials (pn) with periodic recurrence ...
AbstractFirst we give necessary and sufficient conditions on a set of intervalsEl=∪lj=1[ϕ2j−1, 2j], ...
AbstractThe finite sequences of polynomials {Pn}n = 0N generated from three-term recurrence relation...
AbstractThis paper deals with the zeros of polynomials generated by a certain three term recurrence ...
AbstractGiven the coefficients in the three term recurrence relation satisfied by orthogonal polynom...
AbstractGeronimus has shown that a sequence of orthogonal polynomials (pn) with periodic recurrence ...
AbstractThe location of the zeros of a family of polynomials satisfying a three-term recurrence rela...
We show that polynomials defined by recurrence relations with periodic coefficients may be represent...
AbstractWe study the zeros of orthogonal polynomials pn, N, n=0, 1, …, that are generated by recurre...
AbstractLet {Pn(x)}n=0∞ be a system of polynomials satisfying the recurrence relation P−1(x) = 0, P0...
In this paper we show how polynomial mappings of degree K from a union of disjoint intervals onto [-...
In this paper we show how polynomial mappings of degree K from a union of disjoint intervals onto [-...
AbstractThe location of all zeros of a finite family of polynomials defined by three term recurrence...
AbstractThe location of the zeros of a family of polynomials satisfying a three-term recurrence rela...
AbstractThe finite sequences of polynomials {Pn}n = 0N generated from three-term recurrence relation...
AbstractGeronimus has shown that a sequence of orthogonal polynomials (pn) with periodic recurrence ...
AbstractFirst we give necessary and sufficient conditions on a set of intervalsEl=∪lj=1[ϕ2j−1, 2j], ...
AbstractThe finite sequences of polynomials {Pn}n = 0N generated from three-term recurrence relation...
AbstractThis paper deals with the zeros of polynomials generated by a certain three term recurrence ...
AbstractGiven the coefficients in the three term recurrence relation satisfied by orthogonal polynom...
AbstractGeronimus has shown that a sequence of orthogonal polynomials (pn) with periodic recurrence ...
AbstractThe location of the zeros of a family of polynomials satisfying a three-term recurrence rela...
We show that polynomials defined by recurrence relations with periodic coefficients may be represent...
AbstractWe study the zeros of orthogonal polynomials pn, N, n=0, 1, …, that are generated by recurre...
AbstractLet {Pn(x)}n=0∞ be a system of polynomials satisfying the recurrence relation P−1(x) = 0, P0...
In this paper we show how polynomial mappings of degree K from a union of disjoint intervals onto [-...
In this paper we show how polynomial mappings of degree K from a union of disjoint intervals onto [-...