好用的MeanShift算法matlab例程

支持向量机的实现程序，用于实现支持向量机基本算法的matlab代码(Support Vector Machine implementation of procedures used to implement the basic algorithm of support vector machine matlab code)

说明：  一个简单的贪吃蛇Matlab程序 大家有兴趣可以看一下。(Snake a simple Matlab program you are interested can look at.)

fiber optic gyroscope Allan variance and kalman filter matlab program

一个基于matlab的MPPT控制模型，希望能给大家带来一点收获(maximum power point tracker)

利用非线性控制完成光伏并网逆变器的设计，设计中采用模糊控制和反步法，介绍很好。(Using nonlinear control to complete the design of the photovoltaic (pv) grid inverter, adopted in the design of advanced reverse moves, the introduction is very good.)

线形阵列天线的自适应波束形成SMI SLC LMS 圆环形阵列的三维方向图(Adaptive beam forming a three-dimensional linear array antenna pattern SMI SLC LMS annular array)

说明：  伪随机序列产生器－filtered 代进位反馈移位寄存器，matlab 原代码。(Pseudo-random sequence generator-filtered on behalf of binary feedback shift register, matlab source code.)

有关心电基本参数算法的算法实现，分别用C语言和Matlab语言(youguan xin dian ji ben canshu de suanfa shixian fen bie yong C and Matlab )

说明：  LCL并网逆变器，电容电流和并网电流双闭环控制 PR(LCL grid connected inverter, double closed-loop control of capacitor current and grid connected current)

在分析无刷直流电机（BLDC）数学模型的基础上，提出了一种无刷直流电机控制系统仿 真建模的新方法。在Matlab/Simulink环境下，把独立的功能模块和S函数相结合，构建了无刷直流 电机系统的仿真模型。系统采用双闭环控制：速度环采用离散PID控制，根据滞环电流跟踪型PWM 逆变器原理实现电流控制。仿真和试验结果与理论分析一致，验证了该方法的合理性和有效性。 此方法也适用于验证其他控制算法的合理性，为实际电机控制系统的设计和调试提供了新的思路。 (Based on the mathematical model of the Brushless DC motor(BLDC),a novel method for modeling and simulation of BLDC control system was proposed.In Matlab/Simulink,by the combination of the isolated functional blocks and S-functions,the model of BLDC could be established.In the double loop of control system,a discrete PID controller was adopted in the speed loop and a current controller was completed in the current loop on the principle of hysteresis current track PWM inverter.The reasonability and validity were testified by the coincidence of the simulation and experimentation results and theory analysis.This novel method is also suitable for verifying the reasonability of other control algorithms and offers a new thinking for designing and debugging actual motors. )