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robot5
- 机器人学_第5章_微分变换.ppt robot chapter five-robot chapter five
youxiandanyuanyijie
- 有限单元法求解二阶偏微分方程，使用的方法是加权余量法，比一阶方程更加可靠-Finite element method for second order partial differential equations, a method using a weighted residual method is more reliable than the first-order equation
R-K
- 求解微分方程初值问题的Runge-Kutta 方法-Runge-Kutta method
secondoderrk4
- matlab 求解二阶微分方程例子演示,二阶非线性微分方程；x’’+x^3/(1+x^2)=0 初始条件 x（0）=A x’（0）=0-second order runge-kutta
Differential-transformation
- 绝版书《微分变换及其在电路中的应用》，赵家奎，详述了如何利用微分变换法处理动力学仿真中的微分方程。-The differential equation in dynamic simulation by using the differential transformation method is described in detail.
Ordinary-Differential-Equations
- 利用分数微积分理论讨论下列三阶线性常微分方程式（方程式略） 及偏微分方程式（方程式略） 之解。-Solutions of the third order linear ordinary differential equation (The equation is abbreviated. ) and partial differential equation of the form (The equation is abbreviated. ) are discussed. 跟读
math-modeling
- matlab建模用书，包含常用的微分方程、差分方程、灰色预测、线性回归等方法。-matlab modeling books, including common differential equations, differential equations, prediction, linear regression methods.
main2_PDE
- Matlab实现常微分方程的各种方法求解-Matlab realization of ordinary differential equations to solve a variety of methods
fortran-algorithm-set
- Fortran常用算法包括线性非线性、差值、常微分、积分、逼近等-Fortran commonly used algorithms include linear, differential, ordinary differential, integral, approximation, etc.
fenshujie3
- 对分数阶微分算子 Sr( rIR ) 的离散化是分数阶控制系统数字化实现的关键所在, 不同的离散化方法有其各自的优缺点和适用范围, 通过实例仿真, 对常用的几种离散化方法进行了详细的分析比较, 对 A l- A laoui算子的连分式展开逼近法进行相角补偿-For fractional differential operator Sr (rIR) discretization is the key for fractional digital implementation, different
fenshujie5
- 到目前为止，分数阶微分算子和分数阶积分算子在粘弹性理论中得到了最广泛的应恩．许多文献孛提到应用分数阶微分作为糕弹性材辫的数学模型是俘缀塞然的事情。值得一提的是，分数阶理论之所以在粘弹性材料建模上得到如此大的发展的主要原因是分数阶材料在工程领域的广泛应用．并且，只要给予适当的假设，几乎所有的分数酚模型都麓很好豹舞纳材瓣的变形特征，并对解释实际阕题起着糨当大的俸用-So far, the fractional differential operator and fractional integral
PID-in-C
- PID的流程简单到了不能再简单的程度，通过误差信号控制被控量，而控制器本身就是比例、积分、微分三个环节的加和。里面的源代码都是由C语言所实现。-PID process is simple to a simple degree can not be controlled by the amount of error signal control, and the controller itself is proportional, integral, differential sum of thr
MATLABscientific-computation
- 该书通过具体实例，系统地介绍了MATLAB在数值计算、常用图形绘制、数据处理、微分与积分运算、代数方程与微分方程的求解、随机数据分析、符号运算和图形用户界面设计等方面的功能及其在科学计算中的具体应用。-The book through concrete examples, the system introduced in MATLAB numerical solving common graphics rendering, data processing, differential and in
Matlab
- MATLAB实用编程-相关偏微分，傅里叶变换以及最小二乘法实现-Practical MATLAB programming- related partial differential Fourier Transform and Least Square Method
optical-flow-navigation
- 针对小型无人机在无卫星导航信号条件下的导航问题, 结合光流及地标定位设计了使用摄像头、惯性测量器件、超声测距仪等传感器融合的无人机室内导航方法. 文章使用补偿角速率的光流微分法计算帧间像素点小位移, 并用前后误差算法提取精度较高的点, 避免像素点跟踪错误, 提高了光流测速的精度 对得到的光流场用均值漂移算法进行寻优, 得到光流场直方图峰值, 以此计算光流速度. 本文提出了无累积误差的连续地标定位算法, 实时测量无人机位置. 通过多速率卡尔曼滤波器对观测周期不一致的位置、速度信息进行最优估计. 在
nrttk
- Relief计算分类权重，使用大量的有限元法求解偏微分方程，基于chebyshev的水声信号分析。- Relief computing classification weight, Using a large number of finite element method to solve partial differential equations, Based chebyshev underwater acoustic signal analysis.
houlan_v51
- 微分方程组数值解方法，大学数值分析算法，在MATLAB中求图像纹理特征。- Numerical solution of differential equations method, University of numerical analysis algorithms, In the MATLAB image texture feature.
kie-V4.0
- 微分方程组数值解方法，music高阶谱分析算法，基于人工神经网络的常用数字信号调制。- Numerical solution of differential equations method, music higher order spectral analysis algorithm, The commonly used digital signal modulation based on artificial neural network.
faigou-V1.3
- 微分方程组数值解方法，最小均方误差（MMSE）的算法，基于负熵最大的独立分量分析。- Numerical solution of differential equations method, Minimum mean square error (MMSE) algorithm, Based on negative entropy largest independent component analysis.
kjieq
- 验证可用，保证准确无误，是学习通信的好帮手，使用大量的有限元法求解偏微分方程。- Verification is available, Ensure accurate communication is learning a good helper, Using a large number of finite element method to solve partial differential equations.