搜索资源列表
APF
- 有源滤波器检测算法的MATLAB程序，应用DQ0 算法，电流源加的是5 次谐波-active filter detection algorithm in MATLAB, application DQ0 algorithm increases the current source is the 5th harmonic
wintech_training_5
- 闻亭公司培训DM642的内部资料一共有五天，里面包含讲解的ppt,文档，开发工具，课堂源码例子等。这是第五天内容.-Wintech DM642 training information, total of five parts, which contains explanations ppt, documentation, development tools, source code examples of class and so on.This is the 5th part.
synth
- Pitch-synchronous synthezis by cepstral model of 5th order.
210052352X_Mathematiques
- Engineering Mathematics 5th Edition covers a wide range of syllabus requirements. In particular, the book is most suitable for the latest National Certificate and Diploma courses and City & Guilds syllabuses in Engineering. This text will p
DEITELCHowtoProgram(5thEdition)
- C How to Program by Dietel in 5th Edition. (EBOOK)
Modelling-a-wind-turbine-with-permanent-magnet-ge
- This report is the conclusion of the post-course work following the Nordic PhD-course on Wind Power, which was held on Smø la 5th – 11th June 2005. The goal of the project was to construct a Simulink model of a 2.5 MW wind turbine with direct
UWB-Gausinn-5th-Derivetive
- UWB五阶高斯脉冲信号发生源代码，用于生成UWB信号-UWB Gausinn 5th Derivetive
HarmElimination
- By the harmonic elimination technique,we can solve for the switching angles of a half bridge to cancel the 5th, 7th, 11th and 13th harmonics by the Newton Raphson iteration technique.
runKut5
- 5th-order Runge-Kutta integration.
dfsolve
- Solve differential equations, higher order method.DFSOLVE integrates a single ordinary differential equation using 4th and 5th order Runge-Kutta formulas. This routine is designed to be used only with DFIELD.-Solve differential equations, higher orde
57616441-47538820-Digital-Communications-Proakis-
- Solution Manual for the 5th edition of the Poakins Digital Communication Book
the-algorithm-of-the-5th-R-K
- 定步长的龙格库塔的5阶算法，计算速度快，适用的计算精度要求不是太高的情况。-Fixed step size of 5-order Runge-Kutta algorithm to calculate the speed, accuracy requirements are not applicable to the case too.
2D_CFD
- Solves 2D sine function using 5th order WENO and 3rd order Runge-Kutta
matlab_for_DZH5data
- matlab读取大智慧5日K线交易数据源码,查看股票行情信息。-matlab read great wisdom on the 5th K-line transaction data source view stock quotes information.
5th-WENO-Matlab-Example
- 计算流体力学 五阶WENO离散格式Matlab实例(求解波动方程等) 可直接运行-spatially 5th order weno scheme
quzaochengxu
- 对信号进行快速FFT变换,绘制原始信号序列. 小波去噪,将信号用小波函数SYM5分解到第5层，用minimaxi阈值选择对系数进行处理，消除噪声.-The signal fast FFT transform, to draw the original signal sequence denoising the signal decomposition wavelet function SYM5 to the 5th floor, the choice of coefficients trea
Power-flow-calculation
- 编号，把原题中的节点1,2,3,4,5重新依次编号为5,1,2,3,4，其中1-4号为PQ节点，5号为平衡节点，计算注入节点的功率、电流-No, the original title of the node re-numbered 5,1,2,3,4 1,2,3,4,5, including 1-4 as PQ node, on the 5th of balance node, compute nodes injection power, current
GMDH
- gmdh代码 训练方法 —————————————— 1.将数据集分为训练集和测试集。 2.建立输入层 3.建立所有符合5楼条件的神经元（只考虑“攻”和“受”的关系，不考虑具体的权值）。如果前面几层共有N个神经元，那么我们就需要建立N(N-1)/2个神经元。 4.用最小二乘法确定权值 5.计算每一个神经元在测试集上的表现。 6.选取表现最好的K个神经元放在后面一层。（K可以自己选择） 7.重复3,直到网络的性能足够好，或者网络开始过拟合。(GMDH codeTraining me
5_Steps_towards_N-S_Eqn
- 1st till 5th steps to solve N-S equation