Modern digital control for a small iterative analog computer - The APE II digital module
Digital computer module for control of iterative analog computer system
Conant, B. K.↗
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Rates of convergence for iterative methods for nonlinear systems of equations
Rates of convergence for iterative methods for nonlinear systems of equations
Voigt, R. G.↗
Iterative solution of perturbation equations
Iterative solution of perturbation equations
Chan, Y. M.↗
Difference equations and iterative processes
Divergence equations and iterative processes
Cavanagh, R. C.↗
An iterative method derived from existence and uniqueness theorems for systems of second-order, nonlinear, two-point-boundary- value differential equations
Iterative method for systems of two-point boundary value differential equations based on contraction mapping principle
Manicke, R. L.↗
Appraisal of an iterative method for bound states
Iterative method for calculating bound state eigenvalues and properties of radial Schroedinger equation
Anderson, N.↗
A least squares iterative method for singular equations
Least squares iterative method for solving simultaneous linear equations having singular coefficient matrix
Tewarson, R. P.↗
Boundary conditions and iterative procedures for plasma sheath problems
Boundary conditions and iterative procedures for plasma sheath problems, using matrix equation to represent differenced Poisson equation
Parker, L. W.↗
Appraisal of an iterative method for bound states
Radial Schrodinger equation bound state eigenvalues and properties by iterative method, calculating Coulomb potentials
Anderson, N.↗
Iterative technique using a laser for alignment of the Mach-Zehnder interferometer
Gas laser iterative alignment of Mach-Zehnder interferometer for monochromatic and white light fringes
Bird, J. D., III↗
Applications of partial orderings to the study of positive definiteness, monotonicity, and convergence of iterative methods for linear systems
Applications of partial orderings to study of positive definiteness, monotonicity, and convergence of iterative methods for linear systems
Vandergraft, J. S.↗
A class of nonlinear functions and the convergence of Gauss-Seidel and Newton-Gauss-Seidel iterations
Class on nonlinear functions and convergence of Gauss-Seidel and Newton-Gauss-Seidel iterations
More, J. J.↗
Trajectory optimization techniques in chemical reaction engineering. I - Boundary condition iteration methods
Boundary condition iteration methods in chemical process plant optimal design and control, considering simplicity and ease of programming, computation time and storage requirements
Coull, J.↗
Synthesis of shaped-beam radiation patterns using the iterative sampling method
Shaped beam radiation patterns synthesis by iterative sampling method with line sources or uniformly spaced antenna arrays
Stutzman, W. L.↗
Rates of convergence for a class of iterative procedures
Convergence rates of multistep iterative procedures for finding zero of nonlinear function defined on R to nth power
Voigt, R. G.↗
An iterative clustering procedure
Iterative clustering technique for minimizing probability of differences between binary data reconstructions from cluster codes and initial data
Dinstein, I.↗
Orders of convergence for iterative procedures
Orders of convergence for iterative procedures for finding zero of nonlinear function, considering secant and Steffenson method
Voigt, R. G.↗
Iterative computation of generalized inverses, with an application to CMG steering laws
A cubically convergent iterative method for computing the generalized inverse of an arbitrary M X N matrix A is developed and a FORTRAN subroutine by which the method was implemented for real matrices on a CDC 3200 is given, with a numerical example to illustrate accuracy. Application to a redundant single-gimbal CMG assembly steering law is discussed.
Steincamp, J. W.↗