| Description |
xxiii, 1063 pages ; 26 cm + 1 computer optical disc (4 3/4 in.) |
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4 3/4 in |
| Contents |
1. Elementary Procedures -- 1.1. Real vector and matrix - Initialization -- 1.2. Real vector and matrix - Duplication -- 1.3. Real vector and matrix - Multiplication -- 1.4. Real vector vector products -- 1.5. Real matrix vector products -- 1.6. Real matrix matrix products -- 1.7. Real vector and matrix - Elimination -- 1.8. Real vector and matrix - Interchanging -- 1.9. Real vector and matrix - Rotation -- 1.10. Real vector and matrix - Norms -- 1.11. Real vector and matrix - Scaling -- 1.12. Complex vector and matrix - Multiplication -- 1.13. Complex vector and matrix - Scalar products -- 1.14. Complex vector and matrix - Elimination -- 1.15. Complex vector and matrix - Rotation -- 1.16. Complex vector and matrix - Norms -- 1.17. Complex vector and matrix - Scaling -- 1.18. Complex monadic operations -- 1.19. Complex dyadic operations -- 1.20. Long integer arithmetic -- 2. Algebraic Evaluations -- 2.1. Evaluation of polynomials in Grunert form -- 2.2. Evaluation of general orthogonal polynomials -- 2.3. Evaluation of Chebyshev polynomials -- 2.4. Evaluation of Fourier series -- 2.5. Evaluation of continued fractions -- 2.6. Transformation of polynomial representation -- 2.7. Operations on orthogonal polynomials -- 3. Linear Algebra -- 3.1. Full real general matrices -- 3.2. Real symmetric positive definite matrices -- 3.3. General real symmetric matrices -- 3.4. Real full rank overdetermined systems -- 3.5. Other real matrix problems -- 3.6. Real sparse nonsymmetric band matrices -- 3.7. Real sparse nonsymmetric tridiagonal matrices -- 3.8. Sparse symmetric positive definite band matrices -- 3.9. Symmetric positive definite tridiagonal matrices -- 3.10. Sparse real matrices - Iterative methods -- 3.11. Similarity transformation -- 3.12. Other transformations -- 3.13. The (ordinary) eigenvalue problem -- 3.14. The generalized eigenvalue problem -- 3.15. Singular values -- 3.16. Zeros of polynomials -- 4. Analytic Evaluations -- 4.1. Evaluation of an infinite series -- 4.2. Quadrature -- 4.3. Numerical differentiation -- 5. Analytic Problems -- 5.1. Nonlinear equations -- 5.2. Unconstrained optimization -- 5.3. Overdetermined nonlinear systems -- 5.4. Differential equations - Initial value problems -- 5.5. Two point boundary value problems -- 5.6. Two-dimensional boundary value problems -- 5.7. Parameter estimation in differential equations -- 6. Special Functions -- 6.1. Elementary functions -- 6.2. Exponential Integral -- 6.3. Gamma function -- 6.4. Error function -- 6.5. Bessel functions of integer order -- 6.6. Bessel functions of real order -- 7. Interpolation and Approximation -- 7.1. Real data in one dimension -- I. Fast Fourier transforms -- II. Time series analysis -- Worked Examples -- Examples for chapter 1 procedures -- Examples for chapter 2 procedures -- Examples for chapter 3 procedures -- Examples for chapter 4 procedures -- Examples for chapter 5 procedures -- Examples for chapter 6 procedures -- Examples for chapter 7 procedures -- App. B. Procedures Description |
| Bibliography |
Includes bibliographical references (pages 1012-1020) and index |
| Notes |
Also available online via the World Wide Web, by subscription to ENGnetBASE via CRC Press |
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System requirements for accompanying CD-ROM: The ASCII *.java files should be readable by any platform and does not require any particular software to read them. The *.class files can be reproduced for any other platform by re-compiling the ASCII *.java files using any Java compiler |
| Subject |
Object-oriented programming (Computer science)
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Java (Computer program language)
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| Author |
CRC Press.
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| LC no. |
2003055149 |
| ISBN |
1584884304 alkaline paper |
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