资源列表
sy_ge_damp_3duanlu
- 同步发电机三相突然短路有阻尼绕组编程仿真，包含励磁短路电流，定子绕组短路电流。-Modeling and Simulation of the damping winding of synchronous generator three phase sudden short circuit, including the excitation current, stator winding short-circuit current.
sibainxinggejiediandejisuan
- 利用BLT方程计算四边形环形网络，管道特性阻抗均为50欧姆，第五根线另一端接幅值为1V的电压源。可求解各个节点的电压响应与时域响应。-Use BLT equation quadrilateral ring network, pipelines are 50 ohm characteristic impedance, the other end of the fifth wires amplitude of the voltage source of 1V. Voltage response ca
NMF-matlab
- nmf即是非负矩阵分解，就是把一个非负的源矩阵分解为两个非负的矩阵，在光谱解混中用的较多。-nmf that is non-negative matrix factorization, it is the source of a non-negative matrix factorization of two non-negative matrix, more mixed with the solution in the spectrum.
anfis-example
- This file is useful for introduction od anfis. In this file a sine wave in simulated with anfis system.
wave1_2
- Matlab；原始信号；时频分析；短时傅里叶三维时频分析图-Matlab；signal；time-frequency analysis；SFFT
RMSE
- 求解各类误差，精确，如RMSE，样本数据是自己给出的可替换-finding all kinds of error
matlab
- 基于音频处理，包含时域，频域的分析，还对其做了音频傅里叶变换-Based on audio processing, including time domain, frequency domain analysis, also the audio is done in the Fourier transform
EWT20150721
- 一种信号自适应处理方法，通过 提取频域极大值点自适应地分割傅里叶频谱以分离不同的模态,此方法为经验小波变换-A method of adaptive signal processing, Empirical wavelet transform
system-identification
- 基本最小二乘，辅助变量最小二乘，相关分析最小二乘三种系统辨识方法对系统进行参数辨识。附实例和所有代码。-rls,ivls,corls for system identification.and a real case plus all matlab code are contained
time-series-for-prediction
- 基于时间序列对用水量的预测，建立arma模型确定阶数和参数，然后通过前几年的数据和周期性的趋势对未来的数据进行预测和检验.包含实例源数据及所有代码。-Based on time sequence for the forecast of water consumption, the establishment of arma model order and parameters, and then through the data of a few years ago and periodic t
paralell_model1
- 400Hz，单相并联逆变器，重复，双环复合控制,simulink仿真模型-400Hz, single-phase inverters in parallel, repeat, bicyclic compound control
CHAN-TDE
- CHAN时延估计算法，仿真效果图效果很好，经过验证可以准确估计时延。-CHAN time delay estimation algorithm, the simulation results are very good, and the time delay can be estimated accurately.