115 results on '"HERNÁNDEZ-VERÓN, M. A."'
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2. On the application of some fixed-point techniques to Fredholm integral equations of the second kind
3. Solving non-differentiable Hammerstein integral equations via first-order divided differences
4. An Improvement of the Newton Method for Solving Symmetric Algebraic Riccati Equations
5. Restricted Global Convergence Domains for Integral Equations of the Fredholm-Hammerstein Type
6. On a Moser-Steffensen type method for nonlinear systems of equations
7. On the Convergence of Secant-Like Methods
8. Location of Solutions of Fredholm–Nemytskii Integral Equations from a Whittaker-Type Operator
9. Restricted Global Convergence Domains for Integral Equations of the Fredholm-Hammerstein Type
10. Nonlinear Fredholm integral equations and majorant functions
11. A Qualitative Analysis of a Family of Newton-Like Iterative Process with R-Order of Convergence At Least Three
12. The Theory of Kantorovich for Newton’s Method: Conditions on the Second Derivative
13. Convergence of Newton’s method under Vertgeim conditions: new extensions using restricted convergence domains
14. Convergence of Steffensen’s method for non-differentiable operators
15. A study of the influence of center conditions on the domain of parameters of Newton’s method by using recurrence relations
16. ENLARGING THE CONVERGENCE DOMAIN OF SECANT-LIKE METHODS FOR EQUATIONS
17. Semilocal convergence of a k-step iterative process and its application for solving a special kind of conservative problems
18. On a Moser–Steffensen Type Method for Nonlinear Systems of Equations
19. Solving Symmetric Algebraic Riccati Equations with High Order Iterative Schemes
20. On the Domain of Starting Points of Newton’s Method Under Center Lipschitz Conditions
21. On a Steffensen-like method for solving nonlinear equations
22. A family of iterative methods that uses divided differences of first and second orders
23. A study of optimization for Steffensen-type methods with frozen divided differences
24. Iterative methods for computing the matrix square root
25. On the semilocal convergence of a three steps Newton-type iterative process under mild convergence conditions
26. How to Increase the Accessibility of Newton’s Method for Operators With Center-Lipschitz Continuous First Derivative
27. Toward a unified theory of inverse-free two-step point-to-point iterative processes
28. On an efficient modification of the Chebyshev method
29. Derivative free processes of high order for nondifferentiable equations in Banach spaces.
30. On nonlinear Fredholm integral equations with non‐differentiable Nemystkii operator
31. On an Inverse Free Steffensen-Type Method for the Approximation of Stiff Differential Equations
32. On nonlinear Fredholm integral equations with non‐differentiable Nemystkii operator.
33. On two high-order families of frozen Newton-type methods
34. Convergence of Steffensen’s method for non-differentiable operators
35. On an Inverse Free Steffensen-Type Method for the Approximation of Stiff Differential Equations.
36. On a Newton-Kurchatov-type Iterative Process
37. On the Local Convergence of a Third Order Family of Iterative Processes
38. On two high-order families of frozen Newton-type methods.
39. Semilocal convergence of a k-step iterative process and its application for solving a special kind of conservative problems.
40. On the Domain of Starting Points of Newton’s Method Under Center Lipschitz Conditions
41. On a Steffensen-like method for solving nonlinear equations
42. On a new family of high-order iterative methods for the matrix p th root
43. A Traub type result for one-point iterative methods with memory
44. How to Improve the Domain of Starting Points for Steffensen's Method
45. Approximation of inverse operators by a new family of high-order iterative methods
46. On a Newton-Kurchatov-type Iterative Process.
47. On a new family of high-order iterative methods for the matrix pth root.
48. Semilocal convergence by using recurrence relations for a fifth-order method in Banach spaces.
49. Approximation of inverse operators by a new family of high-order iterative methods.
50. How to Improve the Domain of Starting Points for Steffensen's Method.
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