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i7 c7 S4 R7 R9 R Contents and Introduction+ u' _- g5 |6 @0 j; ^6 Y& j5 Q& d
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! S9 f2 ^/ ]+ |) p9 y4 b, } Chapter 1: Introduction and Fundamental Concepts
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Chapter 2: The Numerical Methods for Linear# W- V0 c, @9 G k+ |
Equations and Matrices
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5 d0 v6 x) h K8 z7 I7 L3 U0 k, ? Chapter 3: Polynomial Approximation, Interpolation, and Orthogonal Polynomials . ?! R( P7 y# Q! o2 h4 A- Y! l
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Chapter 4: Numerical Evaluation of Derivatives and Integrals
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7 |4 m$ L% x- [$ y( F ?$ {5 V Chapter 5: Numerical Solution of Differential and Integral Equations
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Chapter 6: Least Squares, Fourier Analysis, and Related Approximation Norms / s9 K* R, G! i- v; X
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Chapter 7: Probability Theory and Statistics 2 `% n) C$ ]" }' \0 F
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- e' C5 t6 _! B1 S) q Chapter 8: Sampling Distributions of Moments, Statistical Tests, and Procedures ! H& e. J$ ]1 m1 V. V9 z6 l: ?
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Index . r1 o* q4 c$ B( }# I* J
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