We provide new sufficient convergence conditions for the convergence of the Secant method to a locally unique solution of a nonlinear equation in a Banach space. Our new idea uses recurrent functions, Lipschitz-type and center-Lipschitz-type instead of just Lipschitz-type conditions on the divided difference of the operator involved. It turns out that this way our error bounds are more precise than earlier ones and under our convergence hypotheses we can cover cases where earlier conditions are violated. Numerical examples are also provided in this study.Son dadas nuevas condiciones suficientes para la convergencia del método de la secante para una solución localmente única de una ecuación no lineal en un espacio de Banach. Estas ideas nuev...
Using our new concept of recurrent functions, we present new sufficient convergence conditions for...
We present a unified local and semilocal convergence analysis for secant-type methods in order to ap...
We extend the solvability of equations dened on a Banach space using numerically ecient secant-type ...
summary:We provide new sufficient convergence conditions for the convergence of the secant-type meth...
We present new sufficient convergence criteria for the convergence of the secant-method to a locally...
We present new sufficient convergence criteria for the convergence of the secant-method to a locally...
We present a new convergence analysis, for the secant method in order to approximate a locally uniqu...
We present a new convergence analysis, for the Secant method in order to approximate a locally uniqu...
summary:We provide new sufficient convergence conditions for the convergence of the secant-type meth...
summary:We provide new sufficient convergence conditions for the convergence of the secant-type meth...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
We present a unified local and semilocal convergence analysis for secant-type methods in order to ap...
We present a new semilocal convergence analysis for Secant method in order to approximate a locally ...
We present a unified local and semilocal convergence analysis for secant-type methods in order to ap...
Using our new concept of recurrent functions, we present new sufficient convergence conditions for...
We present a unified local and semilocal convergence analysis for secant-type methods in order to ap...
We extend the solvability of equations dened on a Banach space using numerically ecient secant-type ...
summary:We provide new sufficient convergence conditions for the convergence of the secant-type meth...
We present new sufficient convergence criteria for the convergence of the secant-method to a locally...
We present new sufficient convergence criteria for the convergence of the secant-method to a locally...
We present a new convergence analysis, for the secant method in order to approximate a locally uniqu...
We present a new convergence analysis, for the Secant method in order to approximate a locally uniqu...
summary:We provide new sufficient convergence conditions for the convergence of the secant-type meth...
summary:We provide new sufficient convergence conditions for the convergence of the secant-type meth...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
We present two new semilocal convergence analyses for secant-like methods in order to approximate a ...
We present a unified local and semilocal convergence analysis for secant-type methods in order to ap...
We present a new semilocal convergence analysis for Secant method in order to approximate a locally ...
We present a unified local and semilocal convergence analysis for secant-type methods in order to ap...
Using our new concept of recurrent functions, we present new sufficient convergence conditions for...
We present a unified local and semilocal convergence analysis for secant-type methods in order to ap...
We extend the solvability of equations dened on a Banach space using numerically ecient secant-type ...