资源列表
MySDO
- 机器人运动学动力学及控制的一个小程序,供有兴趣的人参考-robot kinematics and dynamics and control of a small program for those who are interested in information
CFD2013-14
- 中科院力学所张新亮老师的计算流体力学上课课件第14讲-MPI并行程序设计初步2-Chinese Academy of Mechanics CFD school teacher Zhang Xinliang Courseware Lesson 14-MPI initial 2 Parallel Programming
Simpson
- 用梯形法估算，再用辛普森法积分。 fsimpf 积分函数, 根据自己的函数自己填写 a,b 积分下上限，eps 精度。需自己给定。 例子是 积分 sin(x), x=0 to 3.14/2-Estimated using the trapezoidal method, and then the Simpson integral. fsimpf integral function, according to their function to fill out a b Credi
alglib-3.7.0.cpp
- 著名的Alglib库，可以单独放置在自己的源代码中使用，希望大家喜欢-The famous alglib library, you can put the source code into your project, Hope your attention
lagrange
- 拉格朗日插值算法的C语言实现，主要是算法的应用-Lagrange interpolation algorithm C language, the main application of the algorithm
mvsis-2.0.tar
- 主要进行大规模的电路综合，可以进行层次化处理-Mainly for large-scale integrated circuit, can deal with hierarchical
Javier_Bonet.Nonlinear_Continuum_Mechanics_for_Fin
- Javier_Bonet.Nonlinear_Continuum_Mechanics_for_Finite_Element_Analysis.Cambridge_University_Press，非线性连续介质有限元分析，超好的外文学习书籍-Javier_Bonet.Nonlinear_Continuum_Mechanics_for_Finite_Element_Analysis.Cambridge_University_Press, non-linear continuum finite el
shortestPath
- 一种非常高效的最短路径算法，类似spfa算法~~~~比dijrkstra算法要快-A very efficient shortest path algorithm, algorithm similar spfa than dijrkstra ~ ~ ~ ~ ~ ~ ~ faster algorithm
Chemkin III 化学反应库
- Chemkin III 化学反应库，对燃烧，化学反应很有用。-Chemkin III ，Chemical reacting dynamic code
ELM_MatlabClass
- 极限学习机只需要设置网络的隐层节点个数，在算法执行过程中不需要调整网络的输入权值以及隐元的偏置，并且产生唯一的最优解，因此具有学习速度快且泛化性能好的优点。该程序是用于极限学习机分类。(Extreme learning machine only need to set the number of hidden nodes of the network, the algorithm execution process does not need to adjust the input weight
6sv1.1
- 用于计算辐射传输的代码，可以用来计算大气顶的辐亮度，地表反射率等参数。-It is useful for calculate radiant transfer,it can caulate the top of radiance and surface reflectance.
matrixAnalasis
- 求方阵的行列式，如果行列式不为零，求逆矩阵；对给定的任意矩阵做满秩分解-Seeking the determinant of a square matrix, if the determinant is non-zero, calculate the inverse matrix given any matrix, get the full rank decomposition