| 1. | His participation in actual physical surveys stimulated his interest in differential geometry .
他亲身参加实际的物理测量，激起了他对微分几何学的兴趣。 |
| 2. | Gaussian intrinsic differential geometry and non - euclidean geometry
高斯的内蕴微分几何与非欧几何 |
| 3. | Decoupling control of induction motor based on differential geometry theory
基于微分几何理论的感应电机解耦控制 |
| 4. | Conformal differential geometry
保形微分几何学 |
| 5. | Results prove decoupling method based on theory of differential geometry is better than that of vector control
理论和仿真试验结果表明，基于微分几何理论的解耦控制方案，其控制性能优于矢量控制方案。 |
| 6. | Based on differential geometry theory , sufficient and necessary conditions are derived for the existence of the state feedback control laws
基于微分几何理论，给出该状态反馈控制规律存在的充分必要条件。 |
| 7. | Helgason ' s books differential geometry , lie groups , and symmetric spaces and groups and geometric analysis , intermixed with new content created for the class
这份讲稿除了在关于拓扑群的某些细节以外都是自封的。 |
| 8. | Being the major research work in the field of nonlinear analysis and design , differential geometry has achieved some success
微分几何方法一直是非线性控制研究的主流，在非线性系统的分析和设计上都取得了一些成果。 |
| 9. | Aim to study the relations between the thought of gaussian intrinsic differential geometry and gauss ' s earlier research on non - euclidean geometry
摘要目的分析与研究高斯关于非欧几何的研究和内蕴微分几何思想之间的联系。 |
| 10. | The text for this class is differential geometry , lie groups and symmetric spaces by sigurdur helgason ( american mathematical society , 2001 )
然而课程还将简单介绍了基本的黎曼几何和复流形的知识，并会详细讨论半单李群和对称空间的理论。 |
