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Displaying 221 – 240 of 1180

Classical 2-orthogonal polynomials and differential equations.

Ammar, Boukhemis, Ebtissem, Zerouki (2006)

International Journal of Mathematics and Mathematical Sciences

Classical and generalized Jacobi polynomials orthogonal with different weight functions and differential equations satisfied by these polynomials

Marčoková, Mariana, Guldan, Vladimír (2017)

Proceedings of Equadiff 14

In this contribution we deal with classical Jacobi polynomials orthogonal with respect to different weight functions, their special cases - classical Legendre polynomials and generalized brothers of them. We derive expressions of generalized Legendre polynomials and generalized ultraspherical polynomials by means of classical Jacobi polynomials.

Classical orthogonal polynomials and Leverrier-Faddeev algorithm for the matrix pencils $s E - A$ .

Hernández, Javier, Marcellán, Francisco (2006)

International Journal of Mathematics and Mathematical Sciences

Classical Polynomials - A Unified Presentation

P. N. Shrivastava (1978)

Publications de l'Institut Mathématique

Classical polynomials - a unified presentation.

P.N. Shrivastava (1978)

Publications de l'Institut Mathématique [Elektronische Ressource]

Closed form solutions to generalized logistic-type nonautonomous systems.

Scarpello, Giovanni Mingari, Palestini, Arsen, Ritelli, Daniele (2010)

APPS. Applied Sciences

Closed-form expression for Hankel determinants of the Narayana polynomials

Marko D. Petković, Paul Barry, Predrag Rajković (2012)

Czechoslovak Mathematical Journal

We considered a Hankel transform evaluation of Narayana and shifted Narayana polynomials. Those polynomials arises from Narayana numbers and have many combinatorial properties. A mainly used tool for the evaluation is the method based on orthogonal polynomials. Furthermore, we provided a Hankel transform evaluation of the linear combination of two consecutive shifted Narayana polynomials, using the same method (based on orthogonal polynomials) and previously obtained moment representation of Narayana...

Coda to a theorem of Schur.

John McKay, Richard Stauduhar (1987)

Journal für die reine und angewandte Mathematik

Cohomological interpretation of hypergeometric series

B. Dwork (1993)

Rendiconti del Seminario Matematico della Università di Padova

Cohomologie des fonctions $_{0} F_{n}$

Michel J. Carpentier (1984/1985)

Groupe de travail d'analyse ultramétrique

Combinatorial interpretations of the Jacobi-Stirling numbers.

Gelineau, Yoann, Zeng, Jiang (2010)

The Electronic Journal of Combinatorics [electronic only]

Combinatorics of identities involving Meixner polynomials. (Combinatoire des identités sur les polynômes de Meixner.)

Foata, Dominique (1982)

Séminaire Lotharingien de Combinatoire [electronic only]

Commutative Moufang Loops and Bessel Functions.

Jonathan D.H. Smith (1982)

Inventiones mathematicae

Commuting difference operators with polynomial eigenfunctions

J. F. Van Diejen (1995)

Compositio Mathematica

Commuting polynomial vectors over an integral domain

Rudolf Lidl, Gary Mullen (1986)

Acta Arithmetica

Compact simple Lie groups and their $C$ -, $S$ -, and $E$ -transforms.

Patera, Jiri (2005)

SIGMA. Symmetry, Integrability and Geometry: Methods and Applications [electronic only]

Complete Systems of Hermite Associated Functions

Rusev, Peter (2000)

Serdica Mathematical Journal

It is proved that if the increasing sequence kn n=0..∞ n=0 of nonnegative integers has density greater than 1/2 and D is an arbitrary simply connected subregion of CRthen the system of Hermite associated functions Gkn(z) n=0..∞ is complete in the space H(D) of complex functions holomorphic in D.

Currently displaying 221 – 240 of 1180