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vi Polynomial Approximation of Differential Equations<br />

in chapter 6. Chapter 7 is devoted to the study of the discretization of derivative op-<br />

erators. The eigenvalues of the corresponding matrices are analyzed in chapter 8. The<br />

study of the differential equations begins in chapter 9. Ordinary differential equations<br />

and time-dependent partial differential equations in one space variable are examined<br />

in chapters 9 and 10 respectively. Domain-decompos<strong>it</strong>ion methods and related solu-<br />

tion techniques are considered in chapter 11. Numerical experiments on four upgraded<br />

model problems in one dimension are presented in chapter 12. Finally, suggestions for<br />

the treatment of problems in two variables are presented in the last chapter.<br />

Acknowledgments<br />

The author is grateful for the helpful scientific support of Claudio Canuto and his cr<strong>it</strong>ical<br />

revision of the entire manuscript. Useful comments and suggestions were provided by<br />

David Gottlieb for chapter 10 and Alfio Quarteroni for chapter 11.<br />

Special thanks are due to the ed<strong>it</strong>ors, Yousuff Hussaini and Gordon Erlebacher, for<br />

the uncommon effort of making the expos<strong>it</strong>ion more fluent.<br />

Final thanks go to the Ist<strong>it</strong>uto di Analisi Numerica del C.N.R., Pavia, for funding<br />

this research in part.<br />

Daniele Funaro<br />

Pavia, December 1991

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