About the Book
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 186. Chapters: Polynomial, Discrete Fourier transform, Monte Carlo method, Horner scheme, Basis function, Condition number, Iterative method, Trigonometric tables, Loss of significance, Numerical integration, Well-posed problem, List of numerical analysis topics, Interval arithmetic, Biology Monte Carlo method, Chebyshev polynomials, Computational electromagnetics, Numerical continuation, Non-linear least squares, Butcher group, Movable cellular automaton, CORDIC, Numeric precision in Microsoft Excel, Jenkins-Traub algorithm, Affine arithmetic, Kahan summation algorithm, Difference quotient, Pade table, Nearest neighbor search, Levinson recursion, Propagation of uncertainty, Relations between Fourier transforms and Fourier series, Approximation theory, Wilkinson's polynomial, Discrete wavelet transform, Multigrid method, Applied element method, Spectral method, Simpson's rule, Low-discrepancy sequence, Relative change and difference, FEE method, Curve fitting, Numerical model of solar system, Finite pointset method, Finite volume method, Significance arithmetic, Shanks transformation, Differential algebraic equation, List of finite element software packages, Bernstein polynomial, Pairwise summation, Numerical differentiation, Curse of dimensionality, Numerical smoothing and differentiation, Vector field reconstruction, Level set method, Discretization, Von Neumann stability analysis, Numerical stability, Galerkin method, Extreme Loading for Structures, Rate of convergence, Piecewise linear continuation, De Casteljau's algorithm, Overlap-add method, List of uncertainty propagation software, Pade approximant, Kempner series, Fixed point iteration, Remez algorithm, Series acceleration, Newton fractal, Overlap-save method, Pseudo-spectral method, Abramowitz and Stegun, Aitken's delta-squared process, Meshfree methods, Error analysis, ...
