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Robust Algebraic Methods for Geometric Computing: Shapes, Geometry, and Algebra Angelos Mantzaflaris
Julegaver kan byttes frem til 31. januar
Robust Algebraic Methods for Geometric Computing: Shapes, Geometry, and Algebra
Angelos Mantzaflaris
The present thesis is the outcome of studies conducted by the author from November, 2008 to September, 2011, under the supervision of Dr. Bernard Mourrain. Our motivation has been to combine modern algebraic tools with emerging techniques in computer aided geometric design in order, on one hand, to bring closer the fields of algebraic geometry and applied or algorithmic geometry and, on the other hand, to take a step towards advancing today's CAD/CAM industry. This exciting idea evolved in the previous European research projects GAIA and GAIA II (2000-2005) and continued in 2008 with the launch of the SAGA project. The text is developed in a way that chapters can be read individually, since each one contains extended preliminary details. However, the reader is invited to follow the natural flow of the text, in order to experience the bottom-up approach, that we also adopted in implementing these techniques.
| Media | Bøker Pocketbok (Bok med mykt omslag og limt rygg) |
| Utgitt | 11. juni 2012 |
| ISBN13 | 9783659110436 |
| Utgivere | LAP LAMBERT Academic Publishing |
| Antall sider | 140 |
| Mål | 150 × 8 × 226 mm · 213 g |
| Språk | Engelsk |