A real polynomial P in one real variable is hyperbolic if its roots are all real. n j j The composition of Schur-Szeg¨ of the polynomials P = o j =0 Cn aj x and n n j j j j Q = j =0 Cn bj x is the polynomial P Q = j =0 Cn aj bj x . In the present paper we show how for n = 2 and when P and Q are real or hyperbolic the roots of P Q depend on the roots or the coefficients of P and Q. We consider also the case when n 2 is arbitrary and P and Q are of the form (x - 1)n-1 (x + b). This case is interesting in the context of the possibility to present every polynomial having one of its roots at (-1) as a composition of n - 1 polynomials of the form (x + 1)n-1 (x + b).Sin resume
International audienceEvery polynomial of the form $P = (x + 1)(x^{n−1} + c_1x^{n−2} + \cdots + c_{n...
We explore connections between hyperbolic polynomials and computer science problems involving optimi...
We explore connections between hyperbolic polynomials and computer science problems involving optimi...
[Kostov Vladimir Petrov; Костов Владимир Петров]We consider real polynomials in one variable without...
AbstractA real polynomial P of degree n in one real variable is hyperbolic if its roots are all real...
AbstractIn this paper we count the number ♯n(0,k), k⩽n−1, of connected components in the space Δn(0,...
2000 Mathematics Subject Classification: 12D10.We prove that all arrangements (consistent with the R...
AbstractA real polynomial P of degree n in one real variable is hyperbolic if its roots are all real...
International audienceFor any pair of algebraic polynomials $A(x) =\sum _{k=0}^ n{n\choose k} a_kx^k...
A general theorem concerning the structure of a certain real algebraic curve is proved. Consequences...
For any pair of algebraic polynomials A(x) = n k=0 n k akxk and B(x) = n k=0 n k bkxk, their Sch...
AbstractIn this paper we count the number ♯n(0,k), k⩽n−1, of connected components in the space Δn(0,...
2000 Mathematics Subject Classification: 12D10.In the present paper we consider degree 6 hyperbolic ...
A real polynomial P of degree n in one real variable is hyperbolic if its roots are all real. A real...
In this paper, we use particular polynomials to establish some results on the real rootedness of pol...
International audienceEvery polynomial of the form $P = (x + 1)(x^{n−1} + c_1x^{n−2} + \cdots + c_{n...
We explore connections between hyperbolic polynomials and computer science problems involving optimi...
We explore connections between hyperbolic polynomials and computer science problems involving optimi...
[Kostov Vladimir Petrov; Костов Владимир Петров]We consider real polynomials in one variable without...
AbstractA real polynomial P of degree n in one real variable is hyperbolic if its roots are all real...
AbstractIn this paper we count the number ♯n(0,k), k⩽n−1, of connected components in the space Δn(0,...
2000 Mathematics Subject Classification: 12D10.We prove that all arrangements (consistent with the R...
AbstractA real polynomial P of degree n in one real variable is hyperbolic if its roots are all real...
International audienceFor any pair of algebraic polynomials $A(x) =\sum _{k=0}^ n{n\choose k} a_kx^k...
A general theorem concerning the structure of a certain real algebraic curve is proved. Consequences...
For any pair of algebraic polynomials A(x) = n k=0 n k akxk and B(x) = n k=0 n k bkxk, their Sch...
AbstractIn this paper we count the number ♯n(0,k), k⩽n−1, of connected components in the space Δn(0,...
2000 Mathematics Subject Classification: 12D10.In the present paper we consider degree 6 hyperbolic ...
A real polynomial P of degree n in one real variable is hyperbolic if its roots are all real. A real...
In this paper, we use particular polynomials to establish some results on the real rootedness of pol...
International audienceEvery polynomial of the form $P = (x + 1)(x^{n−1} + c_1x^{n−2} + \cdots + c_{n...
We explore connections between hyperbolic polynomials and computer science problems involving optimi...
We explore connections between hyperbolic polynomials and computer science problems involving optimi...