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Pairs-of-extreme-example--genetic-algorithm
- 双极值算例，采用遗传算法计算最优值，此处利用MATLAB实现仿真。-Pairs of extreme example, using genetic algorithm to compute the optimal value, where the use of MATLAB for simulation.
ELM_EELM_YELM
- ELM和ELM_2是现在流行的超强学习机（也叫极限学习机）源码 EELM是有效ELM的源码 （EELM发表于neuralcomputing ,作者：yuguangwang) YELM是一种改进的ELM的源码（已发表，作者：yuboyuan) 这个程序是三者的方法比对。 相关理论，可以用作者找文章。 运行时，要运行pendigits_mean就可以了！-extreme learning machine and effective learning machin
Extreme.Mathematics.QuickStartCS
- 用C#写的数学函数库源码。里面包括复数运算，矩阵运算，解方程，积分微分等。非常有用。-Using C# to write the math library source. Includes the plural computing, matrix operations, solution of equations, such as integro-differential. Very useful.
Extreme.Mathematics.QuickStartVB
- 这里是用VB写的数学库。以前用C、C++写的比较多。内容有：复数运算、矩阵运算、解方程、积分微分等。非常有用。-Here is the math library written in VB. Previously used C, C++ to write many of the comparison. Are as follows: plural computing, matrix operations, solution of equations, such as integro-differ
software_evim
- extreme value distribution in matlab
EELM
- 利用差分演化优化极限学习机神经网络的MATLAB源代码-Differential evolution+ Extreme learning machine, MATLAB
DEELMNN
- 利用差分演化优化极限学习机神经网络的matlab源代码，涉及2个matlab程序-evolutionary extreme learning machine, differential evolution
os-elm
- 主要是基于extreme learning machine的改进算法，结合了增量学习-It’s mainly based on the extreme learning machine improvement algorithm, unified the increase study
OPELM
- optimal extreme machine learning
elm
- 极限学习机 一种比支持向量机更快的算法-Extreme Learning Machine for a faster than SVM algorithm. . . . . . . .
ELM
- 极限学习机是一种神经网络仿真，比BP,SWM学习速度更快，参数设置更容易-Extreme Learning Machine is a kind of neural network simulation, compared with BP, SWM learning faster, easier to set parameters
function-extreme-genetic-algorithm
- 运用matlab工具箱的神经网络遗传算法函数进行极值寻优-非线性函数极值-Matlab neural network using genetic algorithm toolbox function optimization Extreme- Extreme nonlinear function
extreme-non-linear-function
- 神经网络遗传算法函数极值寻优-非线性函数极值-Function neural network genetic algorithm optimization extreme- extreme non-linear function
Extreme-point-arm-cutting
- 极值点手臂切割方法。相当好用。运用于手势检测、手势分割、手势识别-Extreme point arm cutting. Quite easy to use.
Two-dimensional-extreme-points
- 在二维空间里有两个点A=(X1，Y1)和B=(X2，Y2)，如果X1>X2并且Y1>Y2 ，我们认为A优于B，A是这个集合的最大极值点，在给定的二维空间里的N个点的集合S中，找出最大极值点。,In a two-dimensional space, there are two points A = (X1, Y1) and B = (X2, Y2), if X1> X2, and Y1> Y2, we believe that A is better than B, A i
Extreme-nonlinear-function
- 神经网络训练拟合根据寻优函数的特点构建合适的BP神经网络,用非线性函数的输入输出数据训练BP神经网络,训练后的BP神经网络就可以预测函数输出。遗传算法极值寻优 把训练后的BP神经网络预测结果作为个体适应度值,通过选择、交叉和变异操作寻找函数的 全局最优值及对应输入值。 -Neural network training function fitting based optimization features built right on BP neural network, using
Extreme-Learning-Machine
- 极限学习机的回归拟合及分类，介绍一个针对SLFN的新算法——极限学习机（Extreme Learning Machine，ELM），该算法随机产生输入层与隐含层间的连接权值及隐含层神经元的阈值，且在训练过程中无需调整，只需要设置隐含层神经元的个数，便可以获得唯一的最优解。与传统的训练方法相比，该方法具有学习速度快、泛化性能好等优点。-Extreme Learning Machine regression and classification, introduce a new algorithm
Extreme-nonlinear
- 粒子群算法的寻优算法，非线性函数极值寻优，MATLAB的经典算法-Particle swarm optimization algorithm, nonlinear function optimization extreme, MATLAB classical algorithm
-extreme-nonlinear-function
- 神经网络遗传算法函数极值寻优-非线性函数极值-Function neural network genetic algorithm optimization extreme- extreme nonlinear function
Comparison of Extreme
- Comparison of Extreme-ANFIS and ANFIS Networks for Regression Problems