A collection of more than 45 programs for most frequently used numerical methods with illustration of applications. Accompanies 5.25" disk for IBM PC & 3.5" disk for Macintosh in FORTRAN77, BASIC & VAX FORTRAN. Includes (a) decimal to binary conversion, (b) solutions of nonlinear equations, (c) interpolations, (d) numerical integrations for singular & non-singular functions, (e) automatic derivation of difference approximations, (f) linear algebra, (g) matrix eigenvalues, (h) curve fitting, (i) Runge-Kutta & P-C methods for ...
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A collection of more than 45 programs for most frequently used numerical methods with illustration of applications. Accompanies 5.25" disk for IBM PC & 3.5" disk for Macintosh in FORTRAN77, BASIC & VAX FORTRAN. Includes (a) decimal to binary conversion, (b) solutions of nonlinear equations, (c) interpolations, (d) numerical integrations for singular & non-singular functions, (e) automatic derivation of difference approximations, (f) linear algebra, (g) matrix eigenvalues, (h) curve fitting, (i) Runge-Kutta & P-C methods for single & set of ODEs, (j) boundary value problems of ODEs including eigenvalue problems, (k) iterative methods for elliptic PDEs for scaler & vectorized computers, (l) parabolic PDEs, (m) spline & transfinite interpolations. The VANII (Visual Analysis of Numerical Interpolation & Integration) code allows the user to visually analyze the errors of numerical quadrature & interpolation schemes using Lobatto, Chebyshev & Legendre points. Useful to any person, who is studying numerical methods, & professional developing software using numerical methods. Programs can be easily converted to subroutines for larger programs.
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