an efficient dai-kou-type method with image de-blurring application

Well-conditioning of matrices has been shown to improve the numerical performance of algorithms by way of ensuring their numerical stability. in this paper, a modified dai–kou-type conjugate gradient method is developed for constrained nonlinear monotone systems by employing the well conditioning approach. the new method ensures that the much required condition for global convergence of iterates generated is satisfied irrespective of the linesearch strategy employed. another novelty of the scheme is its practical application in image de-blurring problems. the method performs well and converges globally under mild assumptions. experiments in image de-blurring and convex constrained systems of equations, show the scheme to be effective.