Add to ORKGAbstract. In this article the notion of acceleration convergence of double sequences in Pringsheim’s sense has been introduced and some theorems related to that concept have been established using the four dimensional matrix transformations. Key words: converging faster, converging at the same rate, ac-celeration field, P-convergent, P-lim-inf, P-lim-sup, double natural density. AMS Mathematics Subject Classification(2010): 40C05, 42B15. 1
In this note we relate two methods of convergence acceleration for ordinary continued fractions, the...
summary:The technique for accelerating the convergence of the algebraic multigrid method is proposed
Let $(S_n)$ be some vector sequence, converging to S, satisfying $S_n - S \sim ϱ ^n n^{θ}(β_0 + β_1 ...
The acceleration field of subsequence matrix transformations are studied with respect to the converg...
Abstract. In 1900, Pringsheim gave a definition of the convergence of double sequences. In this pape...
The acceleration field of subsequence matrix transformations are studied with respect to the converg...
When a sequence or an iterative process is slowly converging, a convergence acceleration process has...
AbstractIn this paper a nonlinear method for the acceleration of multidimensional sequences {Sk} is ...
AbstractWe propose a definition of convergence acceleration which seems well adapted for acceleratin...
In this article, in a few pages, we will try to give an idea of convergence acceleration methods and...
AbstractThe Θ̂-algorithm is a general extrapolation procedure for accelerating the convergence of se...
This paper presents multidimensional characterizations of equivalence classes of double sequences. T...
AbstractThe aim of this paper is to present a review of the most significant results obtained the pa...
Abstract. Regular matrix methods that improve and accelerate the convergence of sequences and series...
AbstractThe aim of this paper is to study Henrici's transformation for accelerating a vector sequenc...
In this note we relate two methods of convergence acceleration for ordinary continued fractions, the...
summary:The technique for accelerating the convergence of the algebraic multigrid method is proposed
Let $(S_n)$ be some vector sequence, converging to S, satisfying $S_n - S \sim ϱ ^n n^{θ}(β_0 + β_1 ...
The acceleration field of subsequence matrix transformations are studied with respect to the converg...
Abstract. In 1900, Pringsheim gave a definition of the convergence of double sequences. In this pape...
The acceleration field of subsequence matrix transformations are studied with respect to the converg...
When a sequence or an iterative process is slowly converging, a convergence acceleration process has...
AbstractIn this paper a nonlinear method for the acceleration of multidimensional sequences {Sk} is ...
AbstractWe propose a definition of convergence acceleration which seems well adapted for acceleratin...
In this article, in a few pages, we will try to give an idea of convergence acceleration methods and...
AbstractThe Θ̂-algorithm is a general extrapolation procedure for accelerating the convergence of se...
This paper presents multidimensional characterizations of equivalence classes of double sequences. T...
AbstractThe aim of this paper is to present a review of the most significant results obtained the pa...
Abstract. Regular matrix methods that improve and accelerate the convergence of sequences and series...
AbstractThe aim of this paper is to study Henrici's transformation for accelerating a vector sequenc...
In this note we relate two methods of convergence acceleration for ordinary continued fractions, the...
summary:The technique for accelerating the convergence of the algebraic multigrid method is proposed
Let $(S_n)$ be some vector sequence, converging to S, satisfying $S_n - S \sim ϱ ^n n^{θ}(β_0 + β_1 ...