psoL

说明：  出一种新 的SVPWM 算法。采用SPWM 中调制波与载波相比较的规则采样思路，通过在静止坐标系下直接 计算每个参考电压矢量所对应的三相调制波的函数值，进而得到每相电压在一个PWM 周期中的占空比。(A new SVPWM algorithm. SPWM modulation used in the carrier wave, compared with the rules of sampling ideas, through the static coordinate system directly calculated for each reference voltage corresponding to the three-phase vector modulation wave function, which has been in a phase voltage of each PWM cycle accounting air ratio.)

卡尔曼滤波实例，最基础的卡尔曼滤波，适合初学者(Kalman filter instance, the most basic Kalman filter for beginners)

matlab读取文本格式的stl文件，能够将其顶点和法向量读取出来(matlab stl file read text format that can be read out of the vertices and normals)

程序实现雷达单脉冲全向比幅法测向功能，通过输入各参数可得到理论雷达测向误差曲线(The program realizes the function of radar monopulse omnidirectional amplitude ratio direction finding, and gets the theoretical radar direction finding error curve by entering various parameters.)

这是一个可用的求权重的程序，所求的是列的权重，作为函数的形式出现，可以直接调用，实在数据处理时编写的，可以直接用。(Seeking weight program is available, ask the weight of the column, as a function of the form appears, you can directly call, really data processing written can be directly used.)

Unit Commitment Methods to Accommodate High Levels of Wind Generation

说明：  用Matlab实现主成分分析（PCA)算法.(Principal component analysis using Matlab implementation (PCA) algorithm.)

wilson-theta和Newmark-beta求解动力学振动方程,三自由度系统的脉冲响应(wilson-theta and the Newmark-beta to solve the vibration equation of dynamics. three degrees of freedom the system impulse response )

说明：  小电流单相接地故障选线的MATLAB程序仿真(xiao dian liu xuan xian )

以Matlab软件为平台,研究基于模型的嵌入式系统的开发方法。以转差率控制异步电动机矢量控制系统为开发对象,重点研究了基于模型设计的关键技术,通过实验对这些技术进行了验证。将设计成果应用在异步电动机的控制当中,并取得与研究模型一致的控制效果,证明了基于模型的嵌入式系统设计的优越性。(Matlab software as a platform to study the model-based embedded systems development methodology. To slip controlled induction motor vector control system for the development of the object, focusing on the key technology of model-based design through experimental validation of these technologies. The design results with asynchronous motor control them, and made consistent with the control effect of the model, that model-based embedded system design advantages.)