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	Applied Mathematics > Numerical Methods
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		Approximation Theory (34)




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	199 items are in this category. Listing items 151 to 199:

	Precise numerical computation [in Articles] Programming Tips: Bézier Curves [in Articles] Quasi-Monte Carlo Methods in Option Pricing [in Articles] Reliability Analysis with Interval Arithmetic [in Articles] Rigorous Error Analysis of Numerical Algorithms via Symbolic Computations [in Articles] Runge-Kutta Order Conditions Package [in MathSource: Packages and Programs] The Semenov Model [in MathSource: Packages and Programs] Shohat-Favard and Chebyshev's methods in d-orthogonality [in Articles] The Shooting Method Revisited [in Articles] Shooting the buckled plate [in Articles] The SIAM 100-Digit Challenge: A Competitive Adventure in High-Accuracy Numerical Computing [in Conference Proceedings] Simple Batch Distillation of a Binary Mixture [in MathSource: Packages and Programs] A Simple Method for Tracking Turning Points in Parameter Space [in MathSource: Packages and Programs] Solution of a non-linear algebraic equation using the Wegstein Method [in MathSource: Packages and Programs] Solution of a Steady-State Heat Conduction Problem using the Galerkin Method [in MathSource: Packages and Programs] Solution of a Steady-State Heat Conduction Problem using the Ritz Method [in MathSource: Packages and Programs] Solution of a System of Nonlinear Equations using the Fixed Point Method [in MathSource: Packages and Programs] Solution of an Unsteady Diffusion Problem in Spherical Coordinates using the Orthogonal Collocation Method [in MathSource: Packages and Programs] Solution of Difference and Fredholm Equations [in MathSource: Packages and Programs] Solution of Laplace's equation using interpolation functions [in MathSource: Packages and Programs] Solution of Nonlinear Problems in Applied Sciences by Generalized Collocation Methods and Mathematica [in Articles] Solving a Functional Equation [in Articles] Solving Nonlinear Equations Using Interval Arithmetic [in Articles] Solving the American Put Financial Derivative using Differential Equations and Integration [in Conference Proceedings] Solving the Equations - uxx - euyy = f(x,y,u) by an O(h^4) Finite Difference Method [in Articles] Spline Functions [in MathSource: Packages and Programs] Splines and Tridiagonal Matrix Solutions [in MathSource: Packages and Programs] Stability Analysis of Matrices and Polynomials Based on Routh Criterion and Iteration Method [in MathSource: Packages and Programs] Students and Mathematica: Using a Monte Carlo Method for Definite Integration [in Articles] A Symbolic Computation Procedure for the Generation of Gauss Quadrature Rules with a User-Defined Weight Function [in Articles] Symbolic Derivation of Finite Difference Approximations for the Three-Dimensional Poisson Equation [in Articles] Symbolic Derivation of Runge-Kutta Methods [in Articles] Symbolic Discretization of PDEs [in Conference Proceedings] Symbolic vs. Numerical Computation [in Articles] Systems Engineering and Architecting: Creating Formal Requirements [in Books] Tech Support: Visualization of 3D Data and Numerical Integration [in Articles] Telescoping Fast Multipole Methods Using Chebyshev Economization [in Articles] Three Dimensional Analytical Magnetic Resonance Imaging Phantom in the Fourier Domain [in MathSource: Packages and Programs] Towards a more complete interval arithmetic in Mathematica [in Articles] Transforming Systems of PDEs for Efficient Numerical Solution [in Conference Proceedings] Tricks of the Trade [in Articles] The twin-well potential oscillator numerical experiment [in Conference Proceedings] Upper Envelope [in MathSource: Packages and Programs] The Use of Mathematica for the Analysis of Strongly Nonlinear Two-degree-of-freedom Systems by Means of the Modified Lindstedt-Poincaré Method [in Articles] Use of NDSolve and Laplace Transform to Solve Heat Conduction Problems [in MathSource: Packages and Programs] Using Mathematica to Design a Linear Observer Circuit for a Hyperchaotic Oscillator [in Conference Proceedings] Version 3.0: Numerical Integration and Optimization [in Articles] Version 3.0: Partial Differential Equations [in Articles] WBK Approximation for Continuum States with Predefined Asymptotics [in Articles]
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