搜索资源列表
FEM-Dynamic
- 有限元法动力学问题（可以实现直接积分求解动态响应，也可以实现利用反迭代法求解振型）。-Dynamics of the finite element method (direct integration solution can achieve dynamic response can also be achieved using the inverse iteration method for solving vibration mode).
caodianwei
- 运用有限差分法和超松弛迭代法求解金属槽槽内各个离散节点电位数值解-Combining the finite difference method( FDM) with over-relaxation iteration to solving the potential of each discrete nodes in the metal slots
Iteration
- 金相图片颗粒边界的提取及合并图片内容和边界信息-Metallography grain boundary extraction and merging picture content and boundary information
segment
- this program is for evaluating the angle subtended in the segment of a circle. It does this by iteration until the value converges.
CALC_SBR_SYNFILTERBANK.RAR
- Optimize code by calculating two correlation per iteration of the outer loop. Include all pre-processor statements here. Include conditional compile variables also. -Optimize code by calculating two correlation per iteration of the outer loop. Inc
calc_cor
- Optimize code by calculating two correlation per iteration of the outer loop. -Optimize code by calculating two correlation per iteration of the outer loop.
Newton-iterative
- 计算方法中一种牛顿迭代法的算法，C程序代码-Calculation method one kind Newton iteration algorithm, C code
NEWTON
- 求解非线性方程的经典迭代方法牛顿迭代法matlab程序源代码m文件-Solving nonlinear equations of classical Newton iteration iterative method source code matlab m file
FAST-ICA
- 1、对观测数据进行中心化，； 2、使它的均值为0，对数据进行白化—>Z； 3、选择需要估计的分量的个数m，设置迭代次数p<-1 4、选择一个初始权矢量（随机的W，使其维数为Z的行向量个数）； 5、利用迭代W(i,p)=mean(z(i,:).*(tanh((temp) *z)))-(mean(1-(tanh((temp)) *z).^2)).*temp(i,1)来学习W （这个公式是用来逼近负熵的） 6、用对称正交法处理下W 7、归一化W(:,p)=W(:,
FAST-ICA11
- 1、对观测数据进行中心化，； 2、使它的均值为0，对数据进行白化—>Z； 3、选择需要估计的分量的个数m，设置迭代次数p<-1 4、选择一个初始权矢量（随机的W，使其维数为Z的行向量个数）； 5、利用迭代W(i,p)=mean(z(i,:).*(tanh((temp) *z)))-(mean(1-(tanh((temp)) *z).^2)).*temp(i,1)来学习W （这个公式是用来逼近负熵的） 6、用对称正交法处理下W 7、归一化W(:,p)=W(:,
particle-swarm--genetic-algorithm
- matlab程序（粒子群，遗传算法，牛顿迭代）-matlab program (particle swarm, genetic algorithm, Newton iteration)
tsp_logaritmik
- Solving traveling salesman problem using hopfield neural network aproach. Iteration stop when network reach stable state. In here stable state represents as diff between current energy and previous one, which less than 0.0000001. Code in matlab,
numerical-analysis
- 高斯-塞德尔迭代、拉格朗日差值、牛顿法、四阶龙格库塔 与数值分析有关的公式-Gauss- Seidel iteration
cdd-1090510121
- OFDM功率分配算法仿真，他是基于非合作博弈论的，通过循环迭代实现-OFDM power allocation algorithm simulation, he is based on non-cooperative game theory, achieved through iteration
jacobi
- 雅可比迭代法的C++代码，最简单的迭代法求解方程组-jacobi iteration method C++ code
jacobi91
- CUDA编程，GPU编程实现雅可比迭代法。GPU并行求解方程组迭代的解-CUDA programming, GPU programming Jacobi iteration. GPU parallel iterative solution for solving equations
Maze
- 基于PRIM算法的迷宫生成，并用迭代的方式寻找迷宫路径，可以设置多出口多入口。可以用TXT文件输入迷宫，也可以生成迷宫TXT文件。-PRIM-based maze generating algorithm and finding the maze s path by iteration, you can set up multiple export multiple entrances. you can enter the maze by txt files,and also generate
Gauss-seidel-solutions
- 运用高斯-赛德尔迭代公式求解线性方程组，自己定义方程组-Using Gauss- Seidel iteration formula for solving linear equations, their definition equations
C_Lauguage
- 用雅克比迭代公式，求解线性方程组的近似解。-With Jacobi iteration formula for solving linear equations approximate solution.
text5
- 激光FOX—Li迭代运算，通过GUI界面输入不同的数据得到不同的输出结果-Laser FOX-Li iteration through the GUI interface to enter the type of the output data is different