Digital_Signal_Prcessing_Edit2

粒子群算法的MATLAB编程。。。。。。。。。。。。。。。。。。(Particle Swarm Optimization of MATLAB programming. . . . . . . . . . . . . . . . . .)

说明：  永磁同步电机输出特性模拟程序。此处电机材料为线性。(Permanent magnet synchronous motor output characteristics simulation program. Material here for the linear motor.)

接受信号协方差矩阵估计的mvdr自适应算法。 方向图方针效果图(Receiving the signal covariance matrix estimation mvdr adaptive algorithm. Pattern renderings policy)

单输入单输出模型预测控制，不同的参考信号都表现了良好的追踪能力(Single-input single-output model predictive control, different reference signals have demonstrated a good ability to track)

16qam星座点仿真实验，加入高斯白噪声，无衰落信道(16qam BER simulation, adding white Gaussian noise, no fading channel)

说明：  该代码从polar信道编码到SC译码算法在BEC信道上进行全面仿真。仿真结果是基于不同码率的误块率。(The code from polar channel coding to SC decoding algorithm is simulated in BEC channel. The simulation results are based on different bit rate block error rate.)

对机侧系统的仿真包括系统模型的搭建、化简和控制算法的设计。直驱式永磁同步风力发电系统的机侧模型包括风力机模型、永磁同步电机模型和机侧PWM变换器模型。永磁同步电机和机侧PWM变换器模型的数学模型可以化简在一个数学方程中，简化方框图的搭建。控制器的设计目标是控制同步电机的转速实现最大风能的跟踪。(Simulation of the machine side of the system, including structures, simplification and control algorithms designed system model. Direct-drive-side model of permanent magnet synchronous wind power generation system includes a wind turbine model, permanent magnet synchronous motor model and machine-side PWM converter model. Mathematical model of permanent magnet synchronous motors and machine-side PWM converter model can be simplified in a mathematical equation, a simplified block diagram of the building. The controller is designed to control the synchronous motor speed to achieve maximum wind power tracking.)

matlab下载用到的激活文件，实在不知道怎么藐视(matlab download activation files used, it is not to know how contempt)

免疫算法和粒子群算法结合后用于求解多目标无功优化( Immune algorithm and particle swarm algorithm is used to solve with more reactive power optimization goal )

关于HTK-3.3的使用说明及相应的更新说明,内容全面易懂！！(HTK-3.3 on the instructions for use and the corresponding update instructions, comprehensive and understandable! !)