| 1. | Discussion on the application of transformation in solving difficult derivative problems
巧用变形方法解导数难题 |
| 2. | 4 . the variation of svms is very efficient , but lack of the corresponding statistical learning theory
支持向量机中有一类重要的变形方法，虽然很有效，但缺乏相应的统计学习理论基础。 |
| 3. | A new shape - shifting method , i . e . the cooperative shape - shifting method , is proposed based on the characteristics of the robot mechanism
针对该机器人的机构特点提出了一种新的变形方法协同变形法。 |
| 4. | This paper expounds the role of transformation in exponential , logarithmic and trigonometric functions based on some examples
用几个典型例题,论述了用变形方法在指数、对数、三解等函数求解导数方面的作用。 |
| 5. | But none of these propose a solution to preserve the volume of objects or to preserve the area of geometric figure throughout the deformation
但是，从来没有一种变形方法解决了在变形过程中加入几何约束条件的问题。 |
| 6. | This technique also shows that it can simulate deformation effects constructed by other geometric primitives , such as ellipsoid and torus
另外，利用扩展的曲线几何约束变形方法，还可以模拟诸如椭球和圆环体的变形效果。 |
| 7. | 3 ) locally modifiable morph of planar polygons : this paper presents a method for morphing planar polygons via discrete curvature interpolation
3 )可局部修改的平面多边形的变形：提出了平面多边形的离散曲率插值变形方法。 |
| 8. | 2 ) intersection - free morph of planar polygons : this paper presents a shape feature based and triangulations embedded method for morphing planar polygons
2 )可避免自交的平面多边形的变形：提出了基于形状特征的嵌入网格的平面多边形变形方法。 |
| 9. | In order to solve this problem , we present a new method in this paper through using the bezier curve as the axial deformation control curve to generate variety trunks and branches
在生成树的过程中,利用bezier曲线作为顶点控制曲线,采用轴变形方法生成形态各异、效果逼真的树干和分枝。 |
| 10. | Mesh movement strategy is implemented by the combination of mesh deforming and local remeshing , but just using mesh deforming is sufficient for cases with relative small boundary displacement
动网格由网格变形与局部重构相结合的方法实现。对于动边界位移较小的情况则单独应用网格变形方法。 |
