jacobi matrix

The paper presents the feedback control based on Jacobi matrix .

提出基于雅可比矩阵的反馈控制算法。

Jacobi matrix for the force analysis of robot and its application

用于机器人受力分析的雅可比矩阵及应用

Some Application of Jacobi Matrix in the Mathematical Analysis

Jacobi阵在数学分析中的一些应用

Two inverse problems of Jacobi matrix and its application

两类Jacobi矩阵的特征反问题及其应用

On the construction of a Jacobi matrix from mixed data

由混合数据构造Jacobi矩阵

A inverse eigenvalue problem for the second kind of Jacobi matrix

第二类Jacobi矩阵的逆特征问题

On the Construction of a Jacobi Matrix from Its Spectrum and Partial Elements

由谱及部分元素构造Jacobi矩阵

Property of Jacobi Matrix and Theorem of Geometric Integral Transformation

Jacobi矩阵的性质与几何体上积分变换定理

Necessary and Sufficient Condition for the Positive Definite of Lump Jacobi Matrix

块Jacobi矩阵正定的充要条件

Direct Solution Method for Load Force and Jacobi Matrix of Water Guide Bearing in Turbulent Regime

湍流工况下水导轴承承载力及其Jacobi矩阵的一维直接算法

The Quality of Jacobi Matrix for Balance Equation of Water Distribution Network and its LL ~ T Decomposition

配水管网方程Jacobi矩阵的性质及其LL~T分解

On the fast algorithm and characteristic analysis of Jacobi matrix in the inversion of electromagnetic wave logs

电磁波测井资料反演中Jacobi矩阵的快速算法及其特性分析

The fast calculation of Jacobi matrix .

Jacobi矩阵的快速计算。

The extended Kalman filter algorithm is obtained by the Jacobi matrix which simplified the system into linear .

扩展卡尔曼滤波是通过雅可比矩阵化简为线性系统的方法进行定位跟踪。

An Inverse Eigenvalue Problem for Periodic Jacobi Matrix

一种周期Jacobi矩阵特征值反问题

Construction of a Jacobi matrix

Jacobi矩阵的构造

Analyze the stability of the converter by Jacobi matrix , and which are consistent to simulation analysis . 4 .

利用Jacobi矩阵进行了稳定性分析，与仿真的结果完全一致。

The mixed-type inverse problems of normal Jacobi matrix

标准Jacobi矩阵的混合型特征反问题

Memory Condensation of the Jacobi Matrix of Pipe Network Equation and Optimization of Node Symbols in the Pipe Network

管网方程Jacobi矩阵的一维压缩存贮与管网图节点标号的优化

The symmetric tridiagonal matrices and the generalized inverse of periodic Jacobi matrix

对称三对角矩阵与周期Jacobi矩阵的广义逆

Based on Jacobi matrix , a simple and useful method for the static transformation between coordinate systems of robot is developed .

根据雅可比矩阵，导出了一种用于机器人坐标系间静力变换的一种简便而实用的方法。

The Jacobi matrix is simplified for decoupling .

并且根据配电网的特点近似简化雅可比矩阵，以实现解耦。

With the augmentation approach and the Jacobi matrix of system , the control inputs and outputs are expanded .

然后借助于增广变量法和系统Jacobi矩阵，恰当地扩展系统的控制输入与输出。

Jacobi matrix of power flow directly transformed into coefficient of sensitivity was employed to form linear programming model of reactive power optimization problem .

利用潮流雅可比矩阵直接变换求取灵敏度系数，建立无功优化线性规划模型，同时采用一种不可行内点算法来直接求解该问题。

Relations of eigenvalues and eigenvectors between sor matrix & _ ω and Jacobi matrix B

SOR矩阵■和Jacobi矩阵B的特征向量及特征值之间的关系

It is shown that the Jacobi matrix and the dynamic equations of the system are nonlinearly dependent on inertial parameters .

对系统运动学、动力学的分析结果表明，结合系统动量守恒及动量矩守恒关系得到的系统广义Jacobi关系以及系统的动力学方程是系统惯性参数的非线性函数。

In this method the Jacobi Matrix have the factor of OLTC 's rate , so using it to analyze voltage stability is better .

在这种算法中，其雅可比矩阵包含了OLTC变比的相关信息，因此用其进行系统电压稳定的静态分析更能反映系统的真实状况。

An expression is derived for directly calculating the Jacobi matrix . It has the same form as the finite element forward modeling equations .

并推导出直接计算Jacobi矩阵的表达式，它与正演的有限元方程有相同的表达形式。

For this large-scale non-linear equation , a blocked parallel algorithm for the power flow Jacobi matrix equation is designed based on the parallel triangular decomposition .

对于这一大规模的非线性方程，文中设计了求解潮流计算的雅可比矩阵方程的并行算法，即结合并行化三角分解法的分块法。

This method based on modified nodal approach is easy to set up the fault diagnosis equations and has lower degree of nonlinearity and regular Jacobi matrix form .

该法以电路的改进节点方程为基础，具有建立故障诊断方程容易，所建立的方程具有较低的非线性度及规则的雅可比矩阵的特点。