esprit_doa

目标跟踪问题的应用背景是雷达数据处理，即雷达在搜索到目标并记录目标的位置数据, 对测量到的目标位置数据（称为点迹）进行处理，自动形成航迹，并对目标在下一时刻的位置进行预测。 下文简要讨论了用Kalman滤波方法对单个目标航迹进行预测，并借助于Matlab仿真工具，对实验的效果进行评估。 里面包括三个源程序，和一份实验报告，里面有算法的详细分析和情景假设。(Application of target tracking radar data processing background, that is the search radar to the target and record the location of the object data to the target location of the measurement data (referred to as Plot) for processing, automatic track formation, and the target in the next time to predict the location. Briefly discussed below, using Kalman filtering to predict a single target track, and the help of Matlab simulation tools, experimental results for evaluation. Which consists of three source code, and a test report, which has a detailed analysis of the algorithm and the scenario assumptions.)

matlab实现的行人检测加跟踪，对学习图像处理的同学很有帮助(matlab implementation of pedestrian detection and tracking, help students learn image processing)

compute pca for face detection by matlab

MATLAB图像处理的各种函数，实例源代码 ch2_1_1：查看直方图（§2.1.3） ch2_2_1：显示图像（§2.2.2）等(MATLAB image processing a variety of functions, procedures)

Simple Genetic Algorithm

自己写的用于调试美国产的卫星接收机输出信号的软件，里面包含有接收机协议。(the soft weare writed by vc6.0,use for debug the signal of the receiver )

rotor reference frame model of induction motor

音频信号采集 根据二进制编码原则，实现音频信号的信息采集(AUODIO CATCH)

风电塔架风速时程曲线与风荷载时程曲线模拟。本代码依据IEC 61400-1标准，用于模拟具有一定功率谱密度和自相关性的风速时程曲线，并计算叶片及塔架上的风荷载。方法为基于三角级数叠加的谐波合成法（Hansen，2008）和叶素动量法。功率密度谱采用Kaimal谱函数。(Curves of wind speed and wind load-time curve Cheng wind tower. The code according to IEC 61400-1 standards, and procedures used to simulate the spectral density curve has a certain power the time correlation of wind speed and calculate the wind load on the blades and tower. The method is based on trigonometric series superposition of harmonic synthesis (Hansen, 2008) and the blade element momentum method. Kaimal power density spectrum using spectral function.)

多径连续时变信道,是matlab代码,m文件,可用于HiperLan2,WLAN,WiFi仿真.是外国人论文上的.(Generating the channel impulse response of a time-varying channel according to a Jake s doppler channel model)