Some Algorithms for Finding Fixed Points and Solutions of Variational Inequalities

We introduce new implicit and explicit algorithms for finding the fixed point of a k ‐strictly pseudocontractive mapping and for solving variational inequalities related to the Lipschitzian and strongly monotone operator in Hilbert spaces. We establish results on the strong convergence of the sequences generated by the proposed algorithms to a fixed point of a k ‐strictly pseudocontractive mapping. Such a point is also a solution of a variational inequality defined on the set of fixed points. As direct consequences, we obtain the unique minimum‐norm fixed point of a k ‐strictly pseudocontractive mapping.