资源列表
MMC
- 基于MATLAB的模块化多电平逆变器仿真(MATLAB - based modular multi - level inverter simulation.)
Glow discharge in low pressure plasma PVD- mat
- 直流辉光放电，低气压下辉光放电的数值模拟(Numerical simulation of microwave plasma discharge at medium pressure)
admm_lin_inv
- ADMM 交替方向乘子法Alternating Direction Method of Multipliers(Alternating Direction Method of Multipliers)
人工鱼群算法的仿真程序-matlab
- 人工鱼群算法优化的实例，实测可用，真实有效果(An example of artificial fish swarm optimization,It is practical and effective.)
coupled mode theory
- 耦合模理论计算。原文见Plasmon-induced transparency based on a triangle cavity coupled with an ellipse-ring resonator(coupled-mode theory from Plasmon-induced transparency based on a triangle cavity coupled with an ellipse-ring resonator)
MemristorModel
- 在matlab中以gui界面实现不同忆阻模型，能够直观的了解忆阻器。(In MATLAB, different memristor models are realized with the GUI interface, which can be used to understand the memristor intuitively.)
K2算法
- 本程序是贝叶斯网络结构学习的K2算法程序，可获取离散变量的贝叶斯网络。包含K2算法的matlab代码，和使用的例子，共学习使用
Example code for some copula functions
- 将所有Copula的例子Code分享出来。 其中包括时变Copula的。 大家可以参考例子进行处理。 得到的结果请看MATLAB右边的LL和Kappa(Share all the examples of Copula, Code. It includes the time-varying Copula. You can deal with the examples. For the results, look at the LL and Kappa on the right of M
FOC_Bismillah
- speed control of electric vehicle using field oriented control, for brushless dc motor
ADMM
- 一个简单的优化案例。求解下面的带有等式约束和简单的边框约束(box constraints)的优化问题： minx,y(x?1)2+(y?2)2s.t.0≤x≤3,1≤y≤4,2x+3y=5(A simple optimization case. To solve the following with equality constraints and simple edge constraint optimization problem (box constraints): Minx, y (x
FDTD_1D_no_boundary
- 基于FDTD的一维麦克斯韦方程求解。 可以根据自身需要设计激励位置，激励信号，传播空间电学参数，方便新手学习FDTD。(The solution of one dimensional Maxwell equation based on FDTD. It can be designed to motivate the position according to its own needs, to stimulate the signal, to transmit the space electri
直接转矩控制
- 电动机直接转矩控制模型，采用直接转矩控制方法控制逆变器，设有速度输入接口，可调节速度的大小，可运行于牵引工况和再生制动工况。(The direct torque control model of the motor. The direct torque control method is used to control the inverter, with speed input interface and adjustable speed. It can run in traction and