differential geometry

To overcome the shortcomings of differential geometry method in the respect of invertibility and dynamic state feedback, this paper discuss algebra control method.

针对微分几何方法在非线性系统的可逆性和动态反馈问题上的不足，本文对代数方法予以了关注。

By means of differential geometry, this article recognizes tensor field on manifold and its covered vector field, scalar field further, at the same time uncovers and depicts the inherent proper curvature meaning of the relativity background space-time ( IR~ 4,η).

从近代微分几何角度，进一步认识张量场及其所涵盖的标量场和矢量场，揭示刻画相对论时空背景的内禀曲率意义；

The Decoupling Problem of Stochastic Nonlinear Systems: Differential Geometry Method

非线性随机系统解耦问题：微分几何方法

Studies on the Data Diagnosis with the Theory of Differential Geometry

用微分几何理论进行数据诊断

Using the method of Differential Geometry, the decoupling control and complete linearization of the induction motor are realized, so a new control method for AC drive system is obtained.

本文采用非线性系统的微分几何方法实现交流异步电动机的解耦控制和完全线性化，为交流传动系统提出了一种新的控制方法。

Differential geometry theory non-linear control strategy is firstly applied to execute feedback control on semi-active suspension.

分别运用微分几何、模糊和神经网络非线性控制方法对半主动悬架进行控制仿真研究。

Excitation control design based on differential geometry theory and active disturbance rejection control

基于微分几何理论和自抗扰控制技术的励磁控制器设计

Application of discrete differential geometry to the design of membrane structure

离散微分几何在膜结构设计中的运用

The theory of covering spaces is important not only in topology, but also in related disciplines such as differential geometry, the theory of lie Groups, and the theory of Rie-mann surfaces.

覆盖空间的理论不仅在拓朴学中，而且在一些相关学科如微分几何，李群，黎曼曲面的理论中都有着重要的作用.覆盖同伦定理是覆盖空间的理论中的一个重要定理。

Research on Doubly-fed Induction Generator Based on Differential Geometry Nonlinear Control

双馈感应发电机的微分几何变结构控制方法研究

The uniqueness theorem for electrostatics, magnetostatics and time harmonic fields is unified and proved by language of differential geometry.

应用微分几何的外微分分析对静电场、静磁场和时谐电磁场定解问题的唯一性定理进行统一表述和证明。

Teaching study on tensor section in the differential geometry course

微分几何中张量部分的教学研究

Dynamic Analysis of Multi& Constrained Systems Using the Method of Differential Geometry

多个约束系统动力学分析的微分几何方法

On the basis of analyzing transiting characteristics of the rope in transiting area, two theoretical formulas length and angle of transiting area are derived by means of differential geometry, mechanics and mathematical analysis methods.

从钢绳多层缠绕过渡过程入手，运用微分几何、力学、数学分析的方法，研究钢绳过渡情况，提出层间过渡块的几何形状和计算公式及钢绳圈间过渡长度和角度理论公式。

Curves are one of the research fields of the differential geometry.

曲线是微分几何研究对象之一。

Mechanical theorem proving for tensor with indexes in differential geometry

基于指标形式张量的微分几何定理机器证明

Design of nonlinear excitation control law based on the differential geometry method

基于微分几何方法的非线性励磁控制规律的设计

Application of differential geometry in horizontal axis fixed speed wind turbine system

微分几何在水平轴恒速风力发电机系统的应用

Input-output nonlinear equation was processed with feedback linearization of differential geometry in airplane automatic landing control system.

飞机着陆自动跟踪控制系统，采用微分几何反馈线性化处理非线性方程输入/输出反馈。

Linear Feature Extraction from Remote Sensing Images Based on Differential Geometry

基于微分几何的遥感影像上线状地物提取方法

Active control of nonlinear vehicle suspension based on differential geometry

基于微分几何的非线性汽车悬架主动控制

Application of Differential Geometry in Axonometric Projection of Torus

微分几何在圆环面轴测图中的应用

Clinical Application of the Mathematical Model of Differential Geometry ECG

心电向量环微分几何心电图数学模型的临床应用

Research on high speed train pantograph/ catenary contact under control with differential geometry theory

基于微分几何理论的高速列车弓网接触控制研究

Higher order variation and it's applications in differential geometry

微分几何中的高阶变分方法及其应用

Computing simplest subsidiary conditions in differential geometry theorem proving

微分几何定理证明中最简单辅助条件的计算

The centerline of elastic rod or elastic filament can be abstracted as space curves to deal with them by the knowledge of the theory of space curve and differential geometry.

由于弹性杆的中心线或弹性细丝可以抽象成空间曲线，然后根据空间曲线论和微分几何的知识进行处理。

A Brief Analysis of the Ideas And Methods In the Study of Differential Geometry

简析微分几何研究中的思想和方法

Design and simulation of a controller for nonlinear system based on differential geometry theory

基于微分几何方法的一种非线性控制器设计与仿真

Within differential geometry are the concepts of fiber bundles and calculus on manifolds, in particular, vector and tensor calculus.

微分几何包含这样的概念：纤维束和流形上的微积分，特别是矢量与张量微积分。