A ROBUST ITERATIVE APPROACH FOR SOLVING NONLINEAR VOLTERRA DELAY INTEGRO–DIFFERENTIAL EQUATIONS

This paper presents a new iterative algorithm for approximating the fixed points of multivalued generalized \(\alpha\)–nonexpansive mappings. We study stability result our larger concept known as weak \(w^2\)–stability. Weak and strong convergence results proposed are also established. Furthermore, we show numerically that outperforms several algorithms Again, an application, use to find solution nonlinear Volterra delay integro-differential equations. Finally, provide illustrative example validate mild conditions used in application part this study. Our improve, generalize unify existing literature.