User:Waterbug89/Books/num analy techniques

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numerical analysis topics and scholars[edit]

Numerical analysis; List of numerical analysis topics; Abramowitz and Stegun; Adaptive stepsize; Adjoint state method; Affine arithmetic; Aitken's delta-squared process; Algebraic eigenvalue problem; The Algebraic Eigenvalue Problem; All-serial CORDIC; Applied element method; Approximation; Approximation error; Approximation theory; Artificial precision; Basis function; Bernstein polynomial; Bernstein's constant; Bi-directional delay line; Blossom (functional); Boundary knot method; Boundary particle method; Branching CORDIC; Butcher group; Chebyshev nodes; Clenshaw algorithm; Closest point method; Compensated CORDIC; Complementarity theory; Computational statistics; Condition number; Continuous wavelet; Coopmans approximation; Coordinate Rotation Digital Computer; CORDIC; Curse of dimensionality; Curve fitting; DCORDIC; De Boor's algorithm; De Casteljau's algorithm; Difference quotient; Differential algebraic equation; Differential CORDIC; Digital Library of Mathematical Functions; Discrete Fourier transform; Discrete wavelet transform; Discretization; Discretization error; Dynamic relaxation; Equioscillation theorem; Error analysis (mathematics); Estrin's scheme; Explicit algebraic stress model; Factor combining; False precision; Fast multipole method; FEE method; Finite Legendre transform; Finite volume method; Gal's accurate tables; Galerkin method; Generalized Gauss–Newton method; GetFEM++; Gradient discretisation method; Guard digit; Handbook of Mathematical Functions with Formulas, Graphs, and Mathematical Tables; Hermes Project; Horner's method; Hundred-dollar, Hundred-digit Challenge problems; Hybrid CORDIC; Hypot; Identifiability analysis; International Workshops on Lattice QCD and Numerical Analysis; Interval arithmetic; Interval contractor; Interval propagation; Isotonic regression; Iterative method; Jenkins–Traub algorithm; Kahan summation algorithm; Karlsruhe Accurate Arithmetic; Kempner series; Kulisch arithmetic; Lady Windermere's Fan (mathematics); Lanczos approximation; Level set (data structures); Level set method; Levinson recursion; Linear algebra; Linear approximation; List of finite element software packages; Local convergence; Loss of significance; Low-discrepancy sequence; Material point method; Matrix analysis; Merged CORDIC; Mesh generation; Meshfree methods; Method of fundamental solutions; Minimax approximation algorithm; Minimum polynomial extrapolation; Model order reduction; Modulus of smoothness; Monte Carlo method; Movable cellular automaton; Multi-time-step integration; Multigrid method; Multilevel fast multipole method; Multiphysics; ND4J (software); ND4S; Nearest neighbor search; Newton fractal; Newton–Krylov method; NIST Handbook of Mathematical Functions; Non-linear least squares; Nonstandard finite difference scheme; Numeric precision in Microsoft Excel; Numerical continuation; Numerical differentiation; Numerical error; Numerical integration; Numerical method; Numerical methods in fluid mechanics; Numerical model of the Solar System; Numerical smoothing and differentiation; Numerical stability; Nyström method; List of operator splitting topics; Order of accuracy; Order of approximation; Overlap–add method; Overlap–save method; Padé approximant; Padé table; Pairwise summation; Parareal; Partial differential algebraic equation; Piecewise linear continuation; Pipelined CORDIC; Pocketbook of Mathematical Functions; Predictor–corrector method; Propagation of uncertainty; Pseudo-multiplication; Pseudo-spectral method; Bellman pseudospectral method; Chebyshev pseudospectral method; Flat pseudospectral method; Legendre pseudospectral method; Pseudospectral knotting method; Ross–Fahroo lemma; Ross–Fahroo pseudospectral method; Ross' π lemma; Radial basis function; Rate of convergence; Redundant CORDIC; Regularized meshless method; Relative change and difference; Remez algorithm; Residual (numerical analysis); Residual power series method; Richardson extrapolation; Riemann solver; Round-off error; Rounding Errors in Algebraic Processes; Runge–Kutta methods; Scale co-occurrence matrix; Scarborough criterion; Semi-infinite programming; Series acceleration; Shanks transformation; Sigma approximation; Significance arithmetic; Significant figures; Simpson's rule; Sinc numerical methods; Singular boundary method; Sparse grid; Spectral method; Stiffness matrix; Successive parabolic interpolation; Superconvergence; Surrogate model; Symbolic-numeric computation; Timeline of numerical analysis after 1945; Trajectory (fluid mechanics); Transfer matrix; Trigonometric tables; Truncated power function; Truncation; Truncation error; List of uncertainty propagation software; Unified CORDIC; Unisolvent functions; Uzawa iteration; Van Wijngaarden transformation; Vector field reconstruction; Volder's algorithm; Von Neumann stability analysis; Weakened weak form; Well-posed problem; Whitney inequality; Wilkinson's polynomial
appx theorists: Naum Akhiezer; Norair Arakelian; Sergei Natanovich Bernstein; Lipót Fejér; Ervin Feldheim; Leonid Kantorovich; Pavel Korovkin; Arno Kuijlaars; Isidor Natanson; Konstantin Posse; Evgeny Yakovlevich Remez; Alice Roth; Harold S. Shapiro; Vilmos Totik; Joseph L. Ullman; Richard S. Varga; Kōsaku Yosida; Yegor Ivanovich Zolotarev
scholars of finite element method: John Argyris; Ivo Babuška; Klaus-Jürgen Bathe; Franco Brezzi; Philippe G. Ciarlet; Ray William Clough; Richard Courant; Michael Anthony Crisfield; Carlos A. Felippa; George Fix; Boris Galerkin; Max Gunzburger; Alexander Hrennikoff; Thomas J.R. Hughes; Bruce Irons (engineer); Andrei Knyazev (mathematician); Andrew Ronald Mitchell; Andreas Oechsner; J. Tinsley Oden; Eugenio Oñate Ibañez de Navarra; John E. Osborn (mathematician); J. N. Reddy; Peter P. Silvester; Gilbert Strang; Endre Süli; Edward L. Wilson; Olgierd Zienkiewicz
scholars numerical analysis: Milton Abramowitz; Bradley Alpert; Douglas N. Arnold; Esmail Babolian; Nikolai Sergeevich Bakhvalov; John B. Bell; Christopher Budd (mathematician); Annalisa Buffa; John C. Butcher; Pafnuty Chebyshev; Alexandre Chorin; Gianfranco Cimmino; Phillip Colella; Germund Dahlquist; George Dantzig; Philip J. Davis; Carl R. de Boor; James Demmel; Qiang Du; Iain S. Duff; Ioana Dumitriu; Evgenii Georgievich D'yakonov; Björn Engquist; Alessandro Faedo; Fariba Fahroo; Brian Ford (numerical analyst); Leslie Fox; Phyllis Fox; John G. F. Francis; Marguerite Frank; Paul Garabedian; Sergei K. Godunov; Gene H. Golub; Nikolay Govorun; William B. Gragg; Richard Hamming; Ami Harten; Douglas Hartree; Michael Heath (computer scientist); Peter Henrici (mathematician); Karl Hessenberg; Desmond Higham; Nicholas Higham; Alston Scott Householder; Jack Howlett; Fritz John; William Kahan; Narendra Karmarkar; Ervand Kogbetliantz; Alexander Kronrod; Martin Wilhelm Kutta; Cornelius Lanczos; Peter Lax; Vyacheslav Ivanovich Lebedev; Bram van Leer; Claude Lemaréchal; David Luenberger; Alexandru Ioan Lupaș; Nimrod Megiddo; Roderick Melnik; Cleve Moler; Hans Bruun Nielsen; Steven Orszag; Stanley Osher; Alexander Ostrowski; I. Michael Ross; Carl David Tolmé Runge; Robert D. Russell; Yousef Saad; Ahmed Sameh; Jesús María Sanz-Serna; Daniel Shanks; Naum Z. Shor; Stephen Smale; Maria Adelaide Sneider; Irene Stegun; Josef Stoer; Eitan Tadmor; Françoise Tisseur; John Todd (computer scientist); Lloyd N. Trefethen; Charles F. Van Loan; Henk van der Vorst; Burton Wendroff; Philip Wolfe (mathematician); John Wrench; Yinyu Ye; David M. Young, Jr.; Max August Zorn