Object technology for scientific computing : object-oriented numerical software in Eiffel and C / Paul F. Dubois.
Material type: Computer fileSeries: Prentice Hall object-oriented seriesPublication details: Prentice Hall, 1997.ISBN:- 013267808X
- 005.12 20
- QA76.9.O35
- <MRC>
Item type | Home library | Call number | Status | Date due | Barcode | Item holds | |
---|---|---|---|---|---|---|---|
Two Week Loan | College Lane Learning Resources Centre Main Shelves | 005.12 DUB (Browse shelf(Opens below)) | Available | 440387518X |
Enhanced descriptions from Syndetics:
Includes bibliographical references (p. 259-262) and indexes.
Ch. 1. Ecology of scientific software -- Ch. 2. Concepts of object technology -- Ch. 3. The Eiffel method -- Ch. 4. Performance: object technology is fast enough -- Ch. 5. Eiffel - C interfacing -- Ch. 6. Encapsulating C structures -- Ch. 7. Programming in multiple languages -- Ch. 8. Eiffel routines as arguments -- Ch. 9. The design of an object-oriented numerical library -- Ch. 10. Support classes -- Ch. 11. Solution of eigenproblems -- Ch. 12. Solution of linear equations -- Ch. 13. Fast Fourier transforms -- Ch. 14. Fitting and interpolation -- Ch. 15. Numerical integration -- Ch. 16. Ordinary differential equations -- Ch. 17. Non-linear optimization -- Ch. 18. Orthogonal factorizations and linear least-squares -- Ch. 19. Probability and statistics -- Ch. 20. Regression -- Ch. 21. Special functions -- Ch. 22. The Transportation problem -- Ch. 23. Time series analysis -- Ch. 24. Solution of nonlinear equations -- Ch. 25. Error control -- Index of EiffelMath classes and clusters.