Ostrovskii I.Ostrovska, S.2016-02-082016-02-0820100096-3003http://hdl.handle.net/11693/22242Since in the case q > 1 the q-Bernstein polynomials Bn,q are not positive linear operators on C[0, 1], the investigation of their convergence properties for q > 1 turns out to be much harder than the one for 0 < q < 1. What is more, the fast increase of the norms ∥Bn,q∥ as n → ∞, along with the sign oscillations of the q-Bernstein basic polynomials when q > 1, create a serious obstacle for the numerical experiments with the q-Bernstein polynomials. Despite the intensive research conducted in the area lately, the class of functions which are uniformly approximated by their q-Bernstein polynomials on [0, 1] is yet to be described. In this paper, we prove that if f:[0,1]→C is analytic at 0 and can be uniformly approximated by its q-Bernstein polynomials (q > 1) on [0, 1], then f admits an analytic continuation from [0, 1] into {z: z < 1}. © 2010 Elsevier Inc. All rights reserved.EnglishAnalytic continuationAnalytic functionQ-Bernstein polynomialsQ-IntegersUniform convergenceAnalytic continuationAnalytic functionsAnalyticityBernstein polynomialConvergence propertiesIntensive researchNumerical experimentsPositive linear operatorsUniform convergenceAmberFunctional analysisFunctionsMathematical operatorsPolynomialsArticle10.1016/j.amc.2010.04.020