Linear difference equations and generalized continued fractions

DOI10.1007/BF02243567zbMath0393.65046MaRDI QIDQ1252028

Paul van der Cruyssen

Publication date: 1979

Published in: Computing (Search for Journal in Brave)

zbMATH Keywords

Generalized Continued FractionMinimal SolutionSecond-Order Homogeneous Difference Equation

Mathematics Subject Classification ID

Related Items (11)

Pringsheim's theorem for generalized continued fractions ⋮ Some identities for \(G\)-continued fractions and generalized continued fractions ⋮ Computation of solutions to linear difference and differential equations with a prescribed asymptotic behavior ⋮ Computing hitting probabilities of Markov chains: structural results with regard to the solution space of the corresponding system of equations ⋮ Generalized continued fractions: a unified definition and a Pringsheim-type convergence criterion ⋮ Minimal Solutions of Three-Term Recurrence Relations and Orthogonal Polynomials ⋮ \(G\)-continued fractions and convergence acceleration in the solution of third-order linear recurrence relations of Poincaré-type ⋮ Two-sided continued fractions in Banach algebras -- a Śleszyński-Pringsheim-type convergence criterion and applications ⋮ Convergence Acceleration for Generalized Continued Fractions ⋮ On the relationship between generalised continued fractions and G- continued fractions ⋮ Convergence of generalized continued fractions

Cites Work

• Unnamed Item
• An algorithm for calculating generalized continued fractions
• A mathematical analysis of Miller's algorithm
• A note on the iterative solution of recurrence relations
• On Linear Difference Equations
• Computational Aspects of Three-Term Recurrence Relations

This page was built for publication: Linear difference equations and generalized continued fractions