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Vector interpretation of the matrix orthogonality on the real line

机译:实线上矩阵正交性的向量解释

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摘要

In this paper we study sequences of vector orthogonal polynomials. The vector orthogonality presented here provides a reinterpretation of what is known in the literature as matrix orthogonality. These systems of orthogonal polynomials satisfy three-term recurrence relations with matrix coefficients that do not obey to any type of symmetry. In this sense the vectorial reinterpretation allows us to study a non-symmetric case of the matrix orthogonality. We also prove that our systems of polynomials are indeed orthonormal with respect to a complex measure of orthogonality. Approximation problems of Hermite-Padé type are also discussed. Finally, a Markov's type theorem is presented.
机译:在本文中,我们研究向量正交多项式的序列。这里介绍的向量正交性提供了文献中矩阵正交性的重新解释。这些正交多项式系统满足不符合任何对称性的矩阵系数的三项递归关系。从这个意义上讲,矢量重新解释使我们可以研究矩阵正交性的非对称情况。我们还证明,就复杂的正交性度量而言,我们的多项式系统确实是正交的。还讨论了Hermite-Padé型的逼近问题。最后,提出了一个马尔可夫类型定理。

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