References
O. Arama, Proprietâti privin monotonia sirului polinoamelor de interpolare ale lui S. M. Bernstein si aplicarea lor la studiual aproximârii functiilor,Acad. R.P. Rom. Fil. Cluj, Studii Cerc. Math.,8 (1957), 195–210 (A Russian translation appeared inMathematica (Cluj)2(25) (1960), 25–40).
I. Chlodovsky, Sur la représentation des fonctions discontinues par les polynômes de M.S. Bernstein,Fund. Math.,13 (1929), 62–72.
F. Herzog and J. D. Hill,The Bernstein polynomials for discontinuous functions, Amer. J. Math.,68 (1946); 109–124.
A. Jakimovski and D. Leviatan, A property of approximation operators and applications to Tauberian constants,Math. Zeit.,102 (1967), 177–204.
D. Leviatan, Tauberian constants for Generalized Hausdorff transforms,J. of the London Math. Soc.,43 (1968), 308–314.
G. G. Lorentz, Bernstein polynomials, Toronto University Press (1953).
D. D. Stancu, The remainder of certain linear approximation formulas in two valuables,Journ. SIAM, Numerical Analysis Ser. B,1 (1964), 137–163.
D. D. Stancu, On the monotonicity of the sequence formed by the first order derivative of the Bernstein polynomials,Math. Zeit.,98 (1967), 46–51.
W. B. Temple, Stieltjes integral representation of convex functions,Duke Math. J.,21 (1954), 527–531.
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Jakimovski, A. Generalized Bernstein polynomials for discontinuous and convex functions. J. Anal. Math. 23, 171–183 (1970). https://doi.org/10.1007/BF02795498
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DOI: https://doi.org/10.1007/BF02795498