SIAM Journal on Mathematical Analysis · 1993 · 100 citations · 8 references
Natural SciencesComputational EngineeringDifferential EquationsFinite Element MethodsTemporary Anchorage DevicesGenerating FunctionsIntegral EquationsDifferential Equation FormulationInner Product SpacesOrthogonal PolynomialsRecurrenceSecond-order Differential Equations
The authors study orthogonal polynomials on $[0, + \infty )$ with respect to an inner product involving derivatives that cannot be derived from a weight function. These polynomials can be written as a ${}_3 F_3 $ hypergeometric series and they satisfy a second-order differential equation and a five term recurrence relation. At most one zero of each polynomial is located outside $(0, + \infty )$, the interior of the interval of orthogonality. As a special case Koornwinder’s Laguerre polynomials $\{ L_n^{\alpha ,M} (x)\} _{n = 0}^{ + \infty } $ are included.
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P. Túrán · Analysis Mathematica · 1975 · 1.6K citations
An introduction to orthogonal polynomials
Richard Askey · Journal of Approximation Theory · 1985 · 678 citations
Tom H. Koornwinder · Canadian Mathematical Bulletin · 1984 · 181 citations
Certain differential equations for Tchebycheff polynomials
H. L. Krall · Duke Mathematical Journal · 1938 · 142 citations