power_wind_dfig

用Q-Learning实现中继选择，选择最佳中继进行通信传输(Realization of Relay Selection with Q-Learning)

用于电机控制领域，精确得测量计算电机转速和转子位置角度(Measuring motor speed and rotor position angle)

说明：  去除内窥镜图像的反射高光，并修补此高光区域(Remove the reflected highlights of the endoscopic image and patch this area)

说明：  8. 单径瑞利信道中的四发四收V-BLAST： (1) 请设计一种具体的导引辅助的信道估计方法，用Simulink进行仿真，测量16QAM调制时的误码率性能。画出比特信噪比与信道估计均方误差的关系曲线，画出比特信噪比与误码率的关系曲线。 (2) 计算所设计方案的频谱效率是多少，单位为bit/Hz/s。(8. Four transmit four receive v-blast in single-path Rayleigh channel: (1) please design a specific navigation-assisted channel estimation method and conduct simulation with Simulink to measure the bit error rate performance of 16QAM modulation.The relation curve between the bit signal-noise ratio and the mean square error of channel estimation is drawn, and the relation curve between the bit signal-noise ratio and the bit error rate is drawn. (2) calculate the spectral efficiency of the designed scheme in bit/Hz/s.)

说明：  对无线通信瑞利衰减信道进行建模的仿真代码，共有三种模型(Rayleigh channel simulation code)

gabor变换 用于时频分析 可以得到时频分析谱(gabor transform for time-frequency analysis can be time-frequency analysis spectral)

说明：  对信道进行LS信道估计，并使用Decision-Directed的方式进行降噪。(Channel Estimation Decision Directed)

径向偏振光经透镜聚焦后焦点处光场分布的程序，以及DOE优化长焦深程序(Optical field program after focusing of radially polarized light)

多用户mimo系统预编码技术仿真，针对基于信漏噪比准则的及其改进算法的误码率和信道容量的仿真。里面含有原参考资料，仿真图。仿真图是破零预编码，单用户预编码和基于信漏噪比准则的算法的比较图。刚做完毕设（优秀），资料详尽，放心下载。(Multiuser mimo system simulation pre-coding technology for cell-based leak noise ratio criterion and its improved algorithm bit error rate and channel capacity of the simulation. Which contains the original reference, simulation of Fig. Simulation diagram is broken zero precoding, single-user pre-coding and channel leakage noise ratio criterion based algorithm comparison chart. Just do complete set (excellent), informative, secure download.)

信道估计方面的参考，初学者会有很大帮助，基于OFDM系统，有最基本的算法仿真和对比(Channel estimation in terms of reference for beginners will be of great help to the OFDM-based systems, simulation and comparison of the basic algorithm)