we will apply the successive approximation method forproving the hyers--ulam stability of a linear integral equation ofthe second kind.

in this paper, we propose a successive approximation method based on fuzzy wavelet like operator to approximate the solution of linear fuzzy fredholm integral equations of the second kind with arbitrary kernels. we give the convergence conditions and an error estimate. also, we investigate the numerical stability of the computed values with respect to small perturbations in the first iteration....

We will apply the successive approximation method forproving the Hyers--Ulam stability of a linear integral equation ofthe second kind.

This paper is concerned with the problem of approximating a collection of unorganized data points by an algebraic tensor-product B-spline curve. The implicit approximation to data points would be ideally based on minimizing the sum of squares of geometric distance. Since the geometric distance from a point to an implicit curve cannot be computed analytically, Sampson distance, which is the firs...

Riccati differential equations have played important roles in the theory and practice of control systems engineering. Our goal this paper is to propose a new multistage successive approximation method for solving equations. The derived from an existing piecewise variational iteration simpler terms computing implementation comparison with method. Computational tests show that order accuracy can ...