AbstractIn this paper we establish the fundamental properties of concentration at a radius for functions in the classical Hardy space on the unit disk. For f(z) which is not identically zero and given r, 0<r<1, the concentration is defined via the ratio of the norm of f(rz) to the norm of f(z). Using the Mahler measure of f(z), we obtain information on the distribution of the zeros of f(z) in terms of the concentration ratio. In the last section of the paper, we examine the sharpness of concentration estimates for the Blaschke factor
Suppose that f(z) = z + a2z2 + [middle dot][middle dot][middle dot] + anzn + [middle dot][middle dot...
© I.K. Shafigullin. 2017. In the paper we consider the conjecture by E.B. Davies on an uniform lower...
We introduce a topology on the class of probability measurs based on the concentration function
AbstractIn this paper we establish the fundamental properties of concentration at a radius for funct...
. It is well-known that the zeros fz j g of a function in the classical Hardy space H 2 satisfy P...
AbstractIt is well known that the zeros {zj} of a function in the classical Hardy space H2 satisfy ∑...
We study the variational problem [GRAPHICS] in possibly unbounded domains Qsubset ofR(n), where n gr...
Abstract. Bohr’s theorem ([10]) states that analytic functions bounded by 1 in the unit disk have po...
AbstractWe investigate the roots of polynomials with concentration at low degrees, and prove that th...
We consider a random variable X that takes values in a (possibly infinite-dimensional) topological v...
We prove a Marcinkiewicz-Zygmund type inequality for random variables taking values in a smooth Bana...
AbstractWe study the variational problemSεF(Ω)=1ε2∗sup∫ΩF(u):∫Ω|∇u|2⩽ε2,u=0on∂Ωin possibly unbounded...
We present a new general concentration-of-measure inequality and illustrate its power by application...
Abstract. Let U be the unit disk, p> 1 and let hp(U) be the Hardy space of complex harmonic funct...
International audienceWe prove a Marcinkiewicz-Zygmund type inequality for random variables taking v...
Suppose that f(z) = z + a2z2 + [middle dot][middle dot][middle dot] + anzn + [middle dot][middle dot...
© I.K. Shafigullin. 2017. In the paper we consider the conjecture by E.B. Davies on an uniform lower...
We introduce a topology on the class of probability measurs based on the concentration function
AbstractIn this paper we establish the fundamental properties of concentration at a radius for funct...
. It is well-known that the zeros fz j g of a function in the classical Hardy space H 2 satisfy P...
AbstractIt is well known that the zeros {zj} of a function in the classical Hardy space H2 satisfy ∑...
We study the variational problem [GRAPHICS] in possibly unbounded domains Qsubset ofR(n), where n gr...
Abstract. Bohr’s theorem ([10]) states that analytic functions bounded by 1 in the unit disk have po...
AbstractWe investigate the roots of polynomials with concentration at low degrees, and prove that th...
We consider a random variable X that takes values in a (possibly infinite-dimensional) topological v...
We prove a Marcinkiewicz-Zygmund type inequality for random variables taking values in a smooth Bana...
AbstractWe study the variational problemSεF(Ω)=1ε2∗sup∫ΩF(u):∫Ω|∇u|2⩽ε2,u=0on∂Ωin possibly unbounded...
We present a new general concentration-of-measure inequality and illustrate its power by application...
Abstract. Let U be the unit disk, p> 1 and let hp(U) be the Hardy space of complex harmonic funct...
International audienceWe prove a Marcinkiewicz-Zygmund type inequality for random variables taking v...
Suppose that f(z) = z + a2z2 + [middle dot][middle dot][middle dot] + anzn + [middle dot][middle dot...
© I.K. Shafigullin. 2017. In the paper we consider the conjecture by E.B. Davies on an uniform lower...
We introduce a topology on the class of probability measurs based on the concentration function