AbstractVarious important weighted polynomial inequalities, such as Bernstein, Marcinkiewicz, Nikolskii, Schur, Remez, etc., inequalities, have been proved recently by Giuseppe Mastroianni and Vilmos Totik under minimal assumptions on the weights. In most of the cases this minimal assumption is the doubling condition. Sometimes, however, as in the weighted Nikolskii inequality, the slightly strongerA∞condition is used. Throughout their paper theLpnorm is studied under the assumption 1⩽p<∞. In this note we show that their proofs can be modified so that many of their inequalities hold even if 0<p<1. The crucial tool is an estimate for quadrature sums for thepth power (0<p<∞ is arbitrary) of trigonometric polynomials established by Lubinsky, M...
AbstractLet W(x) ≔ exp(−Q(x)), x ∈ R, where Q(x) is even and continuous in R, Q(0) = 0 and Q″ is con...
We consider the weight u(x) = x^γ e^(−x^(−α)−x^β) with x∈(0,+∞), α > 0, β > 1 and γ ≥ 0, and prove ...
We consider the weight u(x) = x^γ e^(−x^(−α)−x^β) with x∈(0,+∞), α > 0, β > 1 and γ ≥ 0, and prove ...
Abstract. Various important weighted polynomial inequalities, such as Bernstein, Marcinkiewicz, Niko...
AbstractVarious important weighted polynomial inequalities, such as Bernstein, Marcinkiewicz, Nikols...
AbstractIn one-dimensional case, various important, weighted polynomial inequalities, such as Bernst...
AbstractIn one-dimensional case, various important, weighted polynomial inequalities, such as Bernst...
We consider the weight u(x) = x^γ e^(−x^(−α)−x^β) with x∈(0,+∞), α > 0, β > 1 and γ ≥ 0, and prove ...
AbstractRLet W ≔ e−Q where Q is even, sufficiently smooth, and of faster than polynomial growth at i...
This paper studies the following weighted, fractional Bernstein inequality for spherical polynomials...
AbstractThere is a series of publications which have considered inequalities of Markov–Bernstein–Nik...
AbstractIn this paper we relate the rate of weighted polynomial approximation to some weighted modul...
We initiate the study of the Bernstein-Markov type inequalities for the so called asymmetric weights...
AbstractLet W(x) ≔ exp(−Q(x)), x ∈ R, where Q(x) is even and continuous in R, Q(0) = 0 and Q″ is con...
International audienceBernstein's classical inequality asserts that given a trigonometric polynomial...
AbstractLet W(x) ≔ exp(−Q(x)), x ∈ R, where Q(x) is even and continuous in R, Q(0) = 0 and Q″ is con...
We consider the weight u(x) = x^γ e^(−x^(−α)−x^β) with x∈(0,+∞), α > 0, β > 1 and γ ≥ 0, and prove ...
We consider the weight u(x) = x^γ e^(−x^(−α)−x^β) with x∈(0,+∞), α > 0, β > 1 and γ ≥ 0, and prove ...
Abstract. Various important weighted polynomial inequalities, such as Bernstein, Marcinkiewicz, Niko...
AbstractVarious important weighted polynomial inequalities, such as Bernstein, Marcinkiewicz, Nikols...
AbstractIn one-dimensional case, various important, weighted polynomial inequalities, such as Bernst...
AbstractIn one-dimensional case, various important, weighted polynomial inequalities, such as Bernst...
We consider the weight u(x) = x^γ e^(−x^(−α)−x^β) with x∈(0,+∞), α > 0, β > 1 and γ ≥ 0, and prove ...
AbstractRLet W ≔ e−Q where Q is even, sufficiently smooth, and of faster than polynomial growth at i...
This paper studies the following weighted, fractional Bernstein inequality for spherical polynomials...
AbstractThere is a series of publications which have considered inequalities of Markov–Bernstein–Nik...
AbstractIn this paper we relate the rate of weighted polynomial approximation to some weighted modul...
We initiate the study of the Bernstein-Markov type inequalities for the so called asymmetric weights...
AbstractLet W(x) ≔ exp(−Q(x)), x ∈ R, where Q(x) is even and continuous in R, Q(0) = 0 and Q″ is con...
International audienceBernstein's classical inequality asserts that given a trigonometric polynomial...
AbstractLet W(x) ≔ exp(−Q(x)), x ∈ R, where Q(x) is even and continuous in R, Q(0) = 0 and Q″ is con...
We consider the weight u(x) = x^γ e^(−x^(−α)−x^β) with x∈(0,+∞), α > 0, β > 1 and γ ≥ 0, and prove ...
We consider the weight u(x) = x^γ e^(−x^(−α)−x^β) with x∈(0,+∞), α > 0, β > 1 and γ ≥ 0, and prove ...