An improvement on the upper bounds of the magnitudes of derivatives of rational triangular Bézier surfaces.
Yanhong LiuXiaoming ZengJuan CaoPublished in: Comput. Aided Geom. Des. (2014)
Keyphrases
- upper bound
- lower bound
- tensor product
- lower and upper bounds
- upper and lower bounds
- three dimensional
- significant improvement
- tight bounds
- critical points
- free form
- higher order
- decision making
- worst case
- concept classes
- d objects
- active learning
- error probability
- tight upper and lower bounds
- range data
- permutation flowshop