Back Matter

Table of Contents

• Front Matter

• 1. Ordinary Differential Equations

• 2. Special Functions

• 3. Matrix Methods and Linear Vector Spaces

• 4. Vector Analysis

• 5. Tensor Analysis

• 6. Complex Variables

• 7. Complex Integration, Laurent Series, and Residues

• 8. Fourier Series, Eigenvalue Problems, and Green's Function

• 9. Fourier and Related Transforms

• 10. Laplace, Hankel and Mellin Transforms

• 11. Calculus of Variations

• 12. Partial Differential Equations

• 13. Probability and Random Variables

• 14. Random Processes

• 15. Applications

• Back Matter