附录C高性能计算-科学计算软件介绍 C.1科学计算发展 本节内容摘自Predictions for scientific computing50 years from now,byN.Trefethen in200 ·Before1940 -Newton's method -Gaussian elimination Gauss quadrature -Least-squares fitting -Adams and Runge-Kutta formulas -Richardson extrapolation ·1940-1970 -Floating point arithmetic -Fortran -Finite differences -Finite elements Monte Carlo -Orthogonal linear algebra -Splines -FFT ·1970-2000 -Quasi-Newton iterations Adaptivity -Stiff ODE solvers -Software libraries -MATΠIAB -Multigrid Sparse and iterative linear algebra -Spectral methods -Interior point method -Wavelets ·2000- 277 附录 C 高性能计算 – 科学计算软件介绍 C.1 科学计算发展 本节内容摘自 Predictions for scientific computing 50 years from now, by N. Trefethen in 2000. • Before 1940 – Newton’s method – Gaussian elimination – Gauss quadrature – Least-squares fitting – Adams and Runge-Kutta formulas – Richardson extrapolation • 1940 – 1970 – Floating point arithmetic – Fortran – Finite differences – Finite elements – Simplex algorithm – Monte Carlo – Orthogonal linear algebra – Splines – FFT • 1970 – 2000 – Quasi-Newton iterations – Adaptivity – Stiff ODE solvers – Software libraries – MATLAB – Multigrid – Sparse and iterative linear algebra – Spectral methods – Interior point method – Wavelets • 2000 – 277