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CERTAIN CONDITIONS FOR MEAN CONVERGENCE OF HERMITE AND HERMITE-FEJER INTERPOLATION POLYNOMIALS WITH ERDOS-TYPE WEIGHTS

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Let Q ∈ C1(R) : R → [0, ∞) be an even function. We consider the exponential weight w(x) = exp(-Q(x)), x ∈ R. In this paper we obtain certain conditions for mean convergence theorems of the higher order Hermite- Fejer interpolation polynomials based at the zeros of the orthogonal polynomials with respect to the exponential weight.

Abstract

Let Q ∈ C1(R) : R → [0, ∞) be an even function. We consider the exponential weight w(x) = exp(-Q(x)), x ∈ R. In this paper we obtain certain conditions for mean convergence theorems of the higher order Hermite- Fejer interpolation polynomials based at the zeros of the orthogonal polynomials with respect to the exponential weight.

참고문헌 (11)

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  3. 정희선, "Specific examples of exponential weights", 대한수학회논문집, 24(2), pp.303~319 (2009), 대한수학회
  4. H. S. Jung, "Markov-Bernstein inequality and Hermite-Fejer interpolation for exponential-type weights", J. Approx. Theory, 162, pp.1381~1397 (2010)
  5. H. S. Jung, "Derivatives of integrating functions for orthonormal polynomials with exponential-type weights", J. Inequalities and Applications, 2010, pp.29~ (2010)
  6. H. S. Jung, "Mean and uniform convergence of Lagrange interpolation with Erdos-type weights", JIA 2012, pp.237~ (2012)
  7. H. S. Jung, "Convergence or divergence of higher or-der Hermite or Hermite-Fejer interpolation polynomials with exponential-type weights", ISRN Mathematical Analysis, 2012, pp.31~ (2012)[DOI]
  8. H. S. Jung, "Lp-CONVERGENCE OF HIGHER ORDER HERMITE OR HERMITE-FEJÉR INTERPOLATION POLYNOMIALS WITH EXPONENTIAL-TYPE WEIGHTS", Advanced Studies in Contemporary Mathematics, 25(3), pp.317~333 (2015), 장전수학회
  9. A. L. Levin, "Orthogonal Polynomials for Exponential Weights" (2001), Springer
  10. D. S. Lubinsky, "A Survey of Weighted Polynomial Approximation with Exponential Weights", Surveys In Approximation Theory, 3, pp.1~105 (2007)
  11. R. Sakai, "Mollification of exponential weights and its application to the Markov-Bernstein inequality", Pioneer J. of Math., 7(1), pp.83~101 (2013)

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