资源列表
ben-gou
- 模拟Chaboche非线性随动硬化各向异性塑性的例子 -HILL和CHAB的实例-Chaboche simulation examples of anisotropic nonlinear kinematic hardening plastic -HILL and examples of CHAB
LBM-code-of-D2Q9
- 使用LBM方法D2Q9模型的针对扩散问题的算例-LBM code of D2Q9 for diffusion problem
SLE4418_4428_2013
- cardtool主要以4428芯片软件 的ATR读取-主要以4428芯片软件的ATR读取
CSALSA_v2
- 增广拉格朗日算法。目标函数的最优化求解，常用于逆问题的求解，是典型的L1范数算法。-Augmented Lagrangian algorithm. Solving optimization objective function, commonly used in inverse problem solving, is typical of L1-norm algorithm.
GSL
- GSL VC++ x64 动态链接库 GSL（GNU Scientific Library）是一个 C 写成的用于科学计算的库-The GNU Scientific Library (GSL) is a collection of routines for numerical computing.
KamelLvBo
- lvbo.m为主程序，可以进行卡尔曼滤波。对雷达读取飞机数据进行实时跟踪监测，拟合出飞行曲线-Lvbo. M is the main program, kalman filtering.For real-time monitoring of the radar to read the data plane, curve fitting of the flight
dassl
- dassl求解器说明文档 微分代数系统求解器DASSL以及两个例子文件 大尺度微分代数系统求解器DASPK软件2.0版-dassl solver documentation Differential Algebraic System Solver DASSL and two examples of large-scale file system differential algebraic solver DASPK software version 2.0
VODE-source-code
- 求解刚性常微分方程组，给出了VODE求解器的说明以及源程序。-Solving stiff ordinary differential equation solver VODE explanation and source.
Filtering-Algorithm
- 文件中的代码内容为：卡尔曼滤波算法和Mahony互补滤波算法分别对带噪声的阶跃信号，正弦信号以及杂波信号的滤波处理效果，可用于姿态滤波算法的分析-Code in the file contents: Kalman filter algorithm and Mahony complementary filtering algorithm for filtering effect step signal with noise sinusoidal signal and noise signal ca
cx
- 在科学与工程计算中，经常遇到求解非线性方程组的问题；非线性方程组在收敛速度及收敛性比线性方程组要差，特别对于非凸的非线性方程组，其求解更是困难。下面简要介绍非线性方程组的三种解法——牛顿法、拟牛顿法、同伦算法，分析三种解法的适用性，并附Matlab原程序。-Scientific and engineering computing, often encounter the problem of solving nonlinear equations speed of convergence of
shaungtuoqiu
- 用于焊接模拟的fluent的双椭球体热源UDF程序。-For welding simulation fluent double ellipsoid heat source UDF program.
RelDielConst_SalineWater
- 用来计算海水相对介电常数的matlab程序，计算方法源自微波雷达遥感-computes the real and imaginary parts of the relative dielectric constant of water at any temperature 0<t<30, Salinity 0<S<40 0/00, and frequency 0<f<1000GHz