Numerical Methods for Scientists and Engineers |
Contents
THE DIFFERENCE CALCULUS | 3 |
ROUNDOFF NOISE | 24 |
THE SUMMATION CALCULUS | 39 |
Copyright | |
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a₁ accuracy answer apply approach approximation assume calculus Chap chapter Chebyshev choice coefficients complex computing consider constant corresponding depends derivative determine develop difference differential equation discussed distribution effect equally error term estimate exact examine example EXERCISE factor formula Fourier frequency function given gives hence idea integration interpolation interval known leads linear machine mean method MICHIGAN noise Note obtain occur operator original particular polynomial practice predictor problem produce question random range reasonable require roundoff rule sample points simple simulation situation solution solve spaced stability step Suppose theorem theory tion transform true usually values various weights Yn+1 zero