Abstract: This paper looks at the approach of using generating functions to solve linear inhomogeneous recurrence equations with constant coefficients. It will be shown that the generating functions for these recurrence equations are rational functions. By decomposing a generating function into partial fractions, one can derive explicit formula as well as asymptotic estimates for its coefficients. Key–Words: Linear recurrence equations, generating functions, partial fractions decomposition.
We study a recurrence relation, originating in combinatorial problems, where the generating function...
AbstractBousquet-Mélou and Petkovšek investigated the generating functions of multivariate linear re...
In this thesis we study three topics within the broad fi eld of nonlinear recurrences. First we will...
This article presents an innovative and efficient approach for computing linear recurrences, offerin...
In the following chapter we address the techniques for the resolution of some celebrated recurrence ...
We consider Problem 6.94 posed in the book Concrete Mathematics by Graham, Knuth, and Patashnik, and...
While in the univariate case solutions of linear recurrences with constant coefficients have rationa...
Analysis of algorithms occasionally requires solving of rstorder twodimensional linear homoge neous ...
The central feature of this study is to provide an exposition on the introduction to linear recurren...
Abstract. Generating functions have useful applications in many fields of study. In this paper, the ...
AbstractBased on the kernel method, we present systematic methods to solve equation systems on gener...
<p>This paper introduces some algorithms for solving linear relationships, homogeneous and non-homog...
Abstract. Bousquet-Mélou and Petkovˇsek investigated the generating functions of multivariate linear...
AbstractWe give algorithms to compute the asymptotic expansion of solutions of linear recurrences wi...
Abstract: In the present paper, we derive some families of polynomials. Some further results of thes...
We study a recurrence relation, originating in combinatorial problems, where the generating function...
AbstractBousquet-Mélou and Petkovšek investigated the generating functions of multivariate linear re...
In this thesis we study three topics within the broad fi eld of nonlinear recurrences. First we will...
This article presents an innovative and efficient approach for computing linear recurrences, offerin...
In the following chapter we address the techniques for the resolution of some celebrated recurrence ...
We consider Problem 6.94 posed in the book Concrete Mathematics by Graham, Knuth, and Patashnik, and...
While in the univariate case solutions of linear recurrences with constant coefficients have rationa...
Analysis of algorithms occasionally requires solving of rstorder twodimensional linear homoge neous ...
The central feature of this study is to provide an exposition on the introduction to linear recurren...
Abstract. Generating functions have useful applications in many fields of study. In this paper, the ...
AbstractBased on the kernel method, we present systematic methods to solve equation systems on gener...
<p>This paper introduces some algorithms for solving linear relationships, homogeneous and non-homog...
Abstract. Bousquet-Mélou and Petkovˇsek investigated the generating functions of multivariate linear...
AbstractWe give algorithms to compute the asymptotic expansion of solutions of linear recurrences wi...
Abstract: In the present paper, we derive some families of polynomials. Some further results of thes...
We study a recurrence relation, originating in combinatorial problems, where the generating function...
AbstractBousquet-Mélou and Petkovšek investigated the generating functions of multivariate linear re...
In this thesis we study three topics within the broad fi eld of nonlinear recurrences. First we will...