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InverseFourierTransform
- 傅立叶反变换的MATLAB实现程序,是M文件,方便使用-Fourier Transform in MATLAB process, the M documents, ease of use
matlab.rar
- 本程序是使用MATLAB语言采用迎风格式解对流方程,对流方程在工程上有很广泛的应用,而迎风格式的精度比较高还包括用跳点格式解扩散方程的初值问题,所以有两个程序 ,This procedure is to use the MATLAB language solution using upwind convection equation, the convection equations in engineering, there is a wide range of application
VibrationSimulationUsingMATLABandANSYS_muya
- 转载:众所周知有限元解决振动问题的能力还是有限的, 比如做齿轮啮合过程的动力学模拟就要同时涉及到接触和动力反映两个主要方面. 目前处理此类问题最成熟的软件当属MSC.ADAMS, 但ADAMS也只能在模拟过程中做到弹性与刚性接触而已! 据我所知, 已不止两位研究生试图用LS-DYNA来做此类模拟, 他们忽略了(或没搞清楚) LS-DYNA只能处理瞬态问题, 而对于该过程的模拟也是无能为力的!!! 结果是浪费了大量的时间, 甚至机会. 这本应是导师的责任, 但许多高龄导师对现代软件的不熟悉也是..
FDTD_1.1.c
- 一维FDTD,计算电磁场在空间中的传播,使用Matlab显示计算结果。-One-dimensional FDTD, the calculation of electromagnetic field propagation in space, the use of Matlab show the calculation results.
Gauss
- 不使用matlab内部调用程序的按照高斯消元法本身原理来编写。-Do not use matlab within the procedure call in accordance with the Gauss elimination principle to the preparation of their own.
Gauss3D
- Will perform 3D Gaussian quadrature over a user-defined volume. The volume is defined by the user with function definitions entered in the appropriate spaces provided on the GUI. The user can change the number of Gauss points to use. Function input
LightScatPro5
- 球形粒子Mie 散射用Matlab编写的Mie theory计算程序。在光子学中运用广泛,使用非常方便-Mie scattering of spherical particles prepared by using Matlab program Mie theory. In the use of photonics in a wide range of very convenient to use
gaoweifangcheng
- 用matlab解高维微分方程组一般少用到,但是最近看了这方面的例子,希望对用到的人有所帮助-Matlab solutions with high-dimensional differential equations in general less used, but recently read examples in this regard, I hope to help people who use
1dfdtd
- 研究FDTD模拟一维光子晶体中的光波传输,并利用此方法计算了电磁波在一维光子晶体中的电场和磁场的空间分布以及一维光子晶体的透射谱。-FDTD simulation study of one-dimensional photonic crystal of light transmission, and use this method to calculate the electromagnetic wave in one-dimensional photonic crystal in the el
QR
- 在对矩阵进行拟上三角化的基础上利用带双步位移的QR分解法求解矩阵的特征值-To be in the upper triangular matrix based on the use of dual-band step-by-step displacement of QR decomposition method for solving matrix eigenvalue
numerical_matlab_code
- 《数值分析及其MATLAB实现》这本书以理论推导为基础,通过利用Matlab的底层库函数实现各个数值计算方法,而不是简单的调用高层函数,因此实现的算法过程很详细并具有很高的灵活性,便于自行学习和调整,实现了理论与实践的相统一。同时配有大量例题,并有Matlab数值计算、符号计算的基本使用方法。 -" " Numerical Analysis and MATLAB implementation, " " This book is based on a the
poly_svm
- 核函数是利用支持向量机解决不可分问题时引入的一种非线性变换的手段。基本思想是通过非线性变换,使样本变换之后的特征空间中变得线性可分。然后利用线性可分时构造最优超平面的方法,在特征空间中实现最优超平面的求解。-Kernel function is the use of support vector machine to resolve the issue can not be separated from the introduction of a nonlinear transform mean
FDTD_1.2.c
- 本程序是使用有限时域差分法模拟电磁波在光学薄膜中的传输,加入边界条件。运用matlab显示结果-This procedure is the use of FDTD simulation of electromagnetic waves in optical thin films in transmission, add boundary conditions. Shows the results of the use of matlab
FDTD_1.3.c
- 本程序是使用有限时域差分法计算模拟电磁波在光学薄膜中的传输,增加了高斯光源等光源形式。增加边界条件。运用matlab显示结果-This procedure is the use of FDTD method simulation of electromagnetic waves in optical thin films in transmission, an increase of Gaussian light sources, such as the form of light source
FDTD_1.5.c
- 本程序是使用加入边界条件的有限时域差分法计算模拟电磁波在光学薄膜中的传输,可以计算有损耗的介质。运用matlab显示结果-This procedure is the use of boundary conditions add FDTD method simulation of electromagnetic waves in optical thin films in transmission, there is wear and tear can calculate the dielectr
FDTD_2.1
- 本程序是使用有限时域差分法计算模拟电磁波在光学薄膜中的传输,加入边界条件,可以计算加入有损耗介质进行计算模拟,运用Qt技术,运用Qmake进行工程管理。运用matlab显示结果-This procedure is the use of FDTD method simulation of electromagnetic waves in optical thin films in transmission, add the boundary conditions can be calculated
beiyesifenbu
- 分类判别中,bayes判别的确具有明显的优势,与模糊,灰色,物元可拓相比,判别准确率一般都会高些,而BP神经网络由于调试麻烦,在调试过程中需要人工参与,而且存在明显的问题,局部极小点和精度与速度的矛盾,以及训练精度和仿真精度间的矛盾,等,尽管是非线性问题的一种重要方法,但是在我们项目中使用存在一定的局限,基于此,最近两天认真的研究了bayes判别,并写出bayes判别的matlab程序,与spss非逐步判别计算结果一致。-Classified Identifying, bayes discrim
wigner
- 量子力学3j符号计算源代码,做物理,数值计算,电磁场的朋友可能有用-Calculation of Wigner3j,use in physis,number calculation and EM.
WekaInMatlab
- Use weka in matlab, call all the classifier in weka
matlab2weka
- Convinieng tool to use weka in matlab.