1. A Class of Globally Convergent Iterations for the Solution of Polynomial Equations Traub, Joseph F. 1966 Articles Iterative methods (Mathematics)Polynomials--Study and teachingComputer science

2. Any Iteration for Polynomial Equations Using Linear Information Has Infinite Complexity Wasilkowski, Grzegorz W. 1979 Reports Computer scienceLamé polynomialsIterative methods (Mathematics)

3. Asymptotic behavior of vector recurrences with applications Feldstein, Alan; Traub, Joseph F. 1977 Articles Computer scienceVector analysis--Computer programsRecursive programmingIterative methods (Mathematics)Differential equations, Nonlinear--Asymptotic theory

4. Computational Complexity of Iterative Processes Traub, Joseph F. 1972 Articles Iterative methods (Mathematics)MathematicsComputational complexityComputer science

5. The Strength of Nonstationary Iteration Wasilkowski, Grzegorz W. 1979 Reports Computer scienceIterative methods (Mathematics)Differential equations, Nonlinear--Numerical solutions