Laguerre matrix polynomials and systems of second-order differential equations
Applied Numerical Mathematics
Orthogonal matrix polynomials: zeros and Blumenthal's theorem
Journal of Approximation Theory
Orthogonal confluent hypergeometric lattice polynomials
Journal of Computational and Applied Mathematics
Jacobi matrix differential equation, polynomial solutions, and their properties
Computers & Mathematics with Applications
On a multivariable extension of Jacobi matrix polynomials
Computers & Mathematics with Applications
Hi-index | 0.98 |
In this paper, the hypergeometric matrix differential equation z(1 - z)W'' - zAW' + W'(C - z(B + I)) - AWB = 0 is studied. First it is proved that if matrix C is invertible and no negative integer is one of its eigenvalues, then the hypergeometric matrix function F(A, B; C; z) is an analytic solution in the unit disc. If, apart from the above hypothesis on C, matrices A and B commute with C, then a closed form general solution is expressed in terms of F(A, B; C; z) and F(A + I - C, B + I - C; 2I - C; z)z^I^ ^-^ ^C in @W(@d) = z @e D"0, 0 0 is a positive number determined in terms of the data.