Preface to First Edition | p. ix |
Preface to Second Edition | p. xi |
Introduction | |
Why Numerical Integration? | p. 1 |
Formal Differentiation and Integration on Computers | p. 3 |
Numerical Integration and Its Appeal in Mathematics | p. 4 |
Limitations of Numerical Integration | p. 5 |
The Riemann Integral | p. 7 |
Improper Integrals | p. 10 |
The Riemann Integral in Higher Dimensions | p. 17 |
More General Integrals | p. 20 |
The Smoothness of Functions and Approximate Integration | p. 20 |
Weight Functions | p. 21 |
Some Useful Formulas | p. 22 |
Orthogonal Polynomials | p. 28 |
Short Guide to the Orthogonal Polynomials | p. 33 |
Some Sets of Polynomials Orthogonal over Figures in the Complex Plane | p. 42 |
Extrapolation and Speed-Up | p. 43 |
Numerical Integration and the Numerical Solution of Integral Equations | p. 48 |
Approximate Integration Over a Finite Interval | |
Primitive Rules | p. 51 |
Simpson's Rule | p. 57 |
Nonequally Spaced Abscissas | p. 60 |
Compound Rules | p. 70 |
Integration Formulas of Interpolatory Type | p. 74 |
Integration Formulas of Open Type | p. 92 |
Integration Rules of Gauss Type | p. 95 |
Integration Rules Using Derivative Data | p. 132 |
Integration of Periodic Functions | p. 134 |
Integration of Rapidly Oscillatory Functions | p. 146 |
Contour Integrals | p. 168 |
Improper Integrals (Finite Interval) | p. 172 |
Indefinite Integration | p. 190 |
Approximate Integration Over Infinite Intervals | |
Change of Variable | p. 199 |
Proceeding to the Limit | p. 202 |
Truncation of the Infinite Interval | p. 205 |
Primitive Rules for the Infinite Interval | p. 207 |
Formulas of Interpolatory Type | p. 219 |
Gaussian Formulas for the Infinite Interval | p. 222 |
Convergence of Formulas of Gauss Type for Singly and Doubly Infinite Intervals | p. 227 |
Oscillatory Integrands | p. 230 |
The Fourier Transform | p. 236 |
The Laplace Transform and Its Numerical Inversion | p. 264 |
Error Analysis | |
Types of Errors | p. 271 |
Roundoff Error for a Fixed Integration Rule | p. 272 |
Truncation Error | p. 285 |
Special Devices | p. 295 |
Error Estimates through Differences | p. 297 |
Error Estimates through the Theory of Analytic Functions | p. 300 |
Application of Functional Analysis to Numerical Integration | p. 317 |
Errors for Integrands with Low Continuity | p. 332 |
Practical Error Estimation | p. 336 |
Approximate Integration in Two or More Dimensions | |
Introduction | p. 344 |
Some Elementary Multiple Integrals over Standard Regions | p. 346 |
Change of Order of Integration | p. 348 |
Change of Variables | p. 348 |
Decomposition into Elementary Regions | p. 350 |
Cartesian Products and Product Rules | p. 354 |
Rules Exact for Monomials | p. 363 |
Compound Rules | p. 379 |
Multiple Integration by Sampling | p. 384 |
The Present State of the Art | p. 415 |
Automatic Integration | |
The Goals of Automatic Integration | p. 418 |
Some Automatic Integrators | p. 425 |
Romberg Integration | p. 434 |
Automatic Integration Using Tschebyscheff Polynomials | p. 446 |
Automatic Integration in Several Variables | p. 450 |
Concluding Remarks | p. 461 |
On the Practical Evaluation of Integrals | p. 463 |
Fortran Programs | p. 480 |
Bibliography of Algol, Fortran, and PL/I Procedures | p. 509 |
Bibliography of Tables | p. 518 |
Bibliography of Books and Articles | p. 524 |
Index | p. 605 |
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