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Object technology for scientific computing : object-oriented numerical software in Eiffel and C / Paul F. Dubois.

By: Dubois, Paul FMaterial type: Computer fileComputer fileSeries: Prentice Hall object-oriented seriesPublication details: Prentice Hall, 1997. ISBN: 013267808XSubject(s): Object-oriented methods (Computer science) | Eiffel (Computer program language) | C (Computer program language)DDC classification: 005.12 LOC classification: QA76.9.O35<MRC>
Partial contents:
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.
Holdings
Item type Home library Call number Status Date due Barcode Item holds
Two Week Loan Two Week Loan College Lane Learning Resources Centre
Main Shelves
005.12 DUB (Browse shelf(Opens below)) Available 440387518X
Total holds: 0

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.

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