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Provides precise numerical techniques by which the integral and derivative of a function at a point can be evaluated.
Ridders' algorithm, Newton polynomial and Chebyshev polynomial methods are used in the approximation of a functions derivative.
Newton-Cotes rule, Extended Trapezoidal rule, Extended Simpson's formula, Quadratic Gauss formula, Gaussian Quadrature (using the orthogonal functions of the Gauss-Legendre, Gauss-Laguerre, Gauss-Hermite and Gauss-Jacobi type), Romberg integration and Chebyshev-approximation procedures are implemented for the evaluation of the definite integral.
Download trial (Demo: 5.7 MB) Buy now ($677.00) Platform: Any J2EE compatible Application Server Vendor: WebCab Components Keywords:
function derivative, integral, evaluate integral, use orthogonal function, newton-cotes rule, derivative function, newton polynomial, webcab differentiation, extended trapezoidal, extended simpson, gaussian quadrature, function derivative approximation, site wide developer license, extended, chebyshev-approximation procedure, precise numerical technique, developer license, j2ee edition, approximation function derivative, chebyshev polynomial method, software, utility, tool, shareware, freeware, application, desktop, pc, program
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