A Matrix Approach to Generalized Delannoy and Schröder Arrays
Luis Verde-Star
Department of Mathematics
Universidad Autónoma Metropolitana
Apartado 55–534, CdMx, 09340
Mexico
Abstract:
We construct a set of Pascal-like infinite matrices that contains the
generalized Delannoy arrays associated with weighted lattice paths. From
each of our Delannoy matrices we obtain several Schröder arrays. We
construct the matrices combining two Pascal translation matrices and a
diagonal matrix, and we find explicit formulas for the entries of the
matrices, and recurrence relations and generating functions for the
central generalized Delannoy and Schröder numbers. We also express
the entries of all the generalized Delannoy matrices in terms of Jacobi
polynomials.
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(Concerned with sequences
A000262
A000326
A002412
A002418
A002720
A006319
A008288
A009766
A033877
A047891
A049600
A051843
A052852
A062147
A062266
A103210
A110190
A151374
A268208.)
Received August 15 2020; revised version received March 4 2021; March 5 2021; March 6 2021; March 12 2021.
Published in Journal of Integer Sequences,
March 12 2021.
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