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ORCIDComputing, Volume 41
Volume 41, Numbers 1-2, 1989
- Abdelmalek Nasraoui:
Parallel coding of binary images. 1-17 - Hiroshi Umeo, Tetsuo Asano:
Systolic algorithms for computational geometry problems - A survey. 19-40 - Christian Lécot:
A direct simulation Monte Carlo scheme and uniformly distributed sequences for solving the Boltzmann equation. 41-57 - Mansour Al-Zanaidi, Christian Grossmann:
Monotone iteration discretization algorithm for BVP's. 59-74 - Tibor Csendes:
An interval method for bounding level sets of parameter estimation problems. 75-86 - Mei Zhen:
Splitting iteration method for simple singular points and simple bifurcation points. 87-96 - Relja Vulanovic:
A uniform numerical method for quasilinear singular perturbation problems without turning points. 97-106 - Annegret Hoy:
An efficiently implementable Gauss-Newton-like method for solving singular nonlinear equations. 107-122 - Andreas Frommer:
Implementing Brown's method for systems of nonlinear equations with dense banded Jacobian. 123-129 - Martin Kiehl, Christoph Zenger:
An improved starting step of the G-B-S-method for the solution of ordinary differential equations. 131-136 - Jiri Rohn:
A two-sequence method for linear interval equations. 137-140 - Ljiljana D. Petkovic, Miodrag S. Petkovic:
On some applications of circular complex functions. 141-148 - Zuhe Shen:
A class of componentwise Krawczyk-Moore type iteration methods. 149-152 - Jürgen Herzberger:
On the convergence of an iterative method for bounding the inverses of an interval matrix. 153-162 - Joachim H. Ahrens:
How to avoid logarithms in comparisons with uniform random variables. 163-166 - Jiri Rohn:
New condition numbers for matrices and linear systems. 167-169 - David J. Evans, Changjun Li:
Numerical aspects of the generalized CG-method applied to least squares problems. 171-178
Volume 41, Number 3, 1989
- Gerard L. G. Sleijpen:
Strong stability results for the hopscotch method with applications to bending beam equations. 179-203 - Kam-Moon Liu, Eduardo L. Ortiz:
Numerical solution of ordinary and partial functional-differential eigenvalue problems with the Tau Method. 205-217 - Siegfried Scholz:
Order barriers for the B-convergence of ROW methods. 219-235 - Wolfgang Mackens:
Numerical differentiation of implicitly defined space curves. 237-260 - Herbert Fischer:
Fast method to compute the scalar product of gradient and given vector. 261-265 - Axel Zinn:
A numerical method for transmission problems for the Helmholtz equation. 267-274 - Antanas Zilinskas:
A note on "Extended univariate algorithms" by J. Pinter. 275-276
Volume 41, Number 4, 1989
- Wolfgang Hackbusch:
On first and second order box schemes. 277-296 - Hans-Jürgen Pohle, Thomas Wolf:
Automatic determination of dynamical symmetries of ordinary differential equations. 297-306 - Klaus Böhmer, Mei Zhen:
Regularization and computation of a bifurcation problem with corank 2. 307-316 - Xingren Ying, I. Norman Katz:
A simple reliable solver for all the roots of a nonlinear function in a given domain. 317-333 - Walter Hoffmann:
Iterative algorithms for Gram-Schmidt orthogonalization. 335-348 - Asen L. Dontchev
, Elza M. Farkhi:
Error estimates for discretized differential inclusions. 349-358 - Ljiljana Cvetkovic, Dragoslav Herceg:
The AOR method for solving linear interval equations. 359-364
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