资源列表
用最小二乘法解一个或多个非线性方程。
- LMFNLSQ2求解一个或多个超定的非线性方程 在最小二乘意义上，打印雅可比矩阵和经过的时间(LMFNLSQ2 Solve one or more of (over)determined nonlinear equations % in the least squares sense, prints Jacobian matrix and elapsed time)
脑电地形图
- 绘制脑电地形图的程序，里面包含绘图函数及相关说明(A program for drawing the map of electroencephalogram .It contains the drawing function and the related instructions)
高效稳定的LMF方法求解非线性方程组
- 解决方案是通过弗莱彻版本的Levenberg-Maquardt获得的 用于最小化方程残差平方和的％算法。 ％LMFnlsq应用程序的主要领域是在进行曲线拟合时 处理实验数据％。(A solution is obtained by a Fletcher's version of the Levenberg-Maquardt algoritm for minimization of a sum of squares of equation residuals. The main doma
智能算法导论课件
- 智能算法导论，包括神经网络遗传算法粒子群算法等(Introduction of intelligent algorithms, including neural network genetic algorithm, etc.)
基于遗传算法的电动汽车换电站经济运行_张帝
- 基于遗传算法的电动汽车换电站经济运行，这篇文章写的很好，推荐学习(Based on the genetic algorithm for electric vehicles for the economic operation of the power station, this article is well written, recommended Learning)
谱减法
- 利用谱减法进行语音信号的降噪处理，适用于语音增强领域(Using spectral subtraction to reduce the noise of speech signal, it is suitable for the field of speech enhancement)
5.1 自适应滤波器法
- 利用自适应滤波的方法进行语音信号的降噪处理，适用于语音增强领域(The adaptive filtering method is used to denoise the speech signal, which is suitable for the field of speech enhancement.)
5.3 维纳滤波法
- 利用维纳滤波的方法进行语音信号的降噪处理，适用于语音增强领域(The denoising processing of speech signal by Wiener filtering is suitable for the domain of speech enhancement)
5.4 小波分解法
- 利用小波分解的方法进行语音信号的降噪处理，适用于语音增强领域(The wavelet decomposition method is used to denoise the speech signal, which is suitable for the field of speech enhancement.)
RBF_NN_MIC
- 可以用于多输入单输出的RBF径向基神经网络建模。。(The RBF neural network can be used to creat the model,which can be descrided by multi input and one output)
JavaData
- 算法基础入门，快速入门值得拥有，运用java语言了解算法，早日精通，早日收益。(The basic introduction of the algorithm, the rapid introduction is worth having, the use of Java language to understand the algorithm, early mastery, early income.)
exam2
- 在matlab中调用数值求根函数对平面光导波的导模进行求解，并计算出导模中所对应的各参数。(In the MATLAB mode on the plane optical wave guide function calls for solving numerical roots, and calculate the parameters of the corresponding guide mode in the.)