smartantennasbeamforming

matlab 使用神经网络工具箱进行识别的例子，使用了bezdekIris数据作为实例，代码中包含数据，需用到matlab的神经网络工具箱。(matlab neural network toolbox identification using examples, the use of bezdekIris data as examples, the code contains test data, it required matlab neural network toolbox to run.)

最优控制算法案例的Matlab完整详解，可实现最优控制问题的解析解法，非常有参考价值！根据此程序，可解决大部分最优控制问题的程序设计和求解！(The optimal control algorithm Matlab example of a complete solution, can achieve the optimal control problem analytic solution, a very valuable reference! According to this procedure, can solve most of the optimal control of the program design and solution!)

1. 608组样本，第一列数字是标号，第二列数字是出现损坏的时间，第三列表示数据有效性，为0有效 2. 损坏时间是对数正态分布的，需要拟合 3. 求均值80%置信区间 4. 成本为m，价格为s，保证盈利20%，选取保修期 5. 比较保修期和拟合数据的均值 6. 若保修期就是拟合损坏时间的均值，求出利润率 loadd.m：加载样本数据，并选取有效数据 period.m：加载成本、价格数据，计算利润和保修期的关系(1.608 groups of samples, the first number is the label, the second column number is the time to appear damage, the third list shows the validity of the data, which is 0 effective. 2. damage times are logarithmic normal distribution and need to be fitted 3. mean in 80% confidence interval 4. the cost is m, the price is s, the profit is 20%, the warranty period is selected. 5. compare the mean value of the warranty period and the fitting data 6. if the warranty period is to fit the mean damage time, the profit rate is calculated. Loadd.m: load the sample data and select the valid data Period.m: loading cost, price data, and calculating the relationship between profit and warranty period)

根据角速率计算 挠曲 该代码只是个计算的例子,提供方法.传递对准中的挠曲和柑臂计算,(Deflection angle rate calculated according to the code is just a calculation example, provide a way. Transfer alignment and orange arm deflection calculation)

用MATLAB绘制系统零极点，有关Z变换的相关知识(MATLAB zero pole system, the Z-transform knowledge)

实现了AIC（主动干扰消除）算法，并仿真了AIC算法的性能(Realized AIC (active interference cancellation) algorithm and simulated performance of the algorithm AIC)

the dataset for clustering algorithms.

逆合成孔径雷达图像生成程序。可以用作雷达成像新手学习之用( Inverse synthetic aperture radar image generation program. It can be used as radar imaging novices learning purposes)

本matlab程序仿真了6自由度Stewart平台,得到了正反解,并提供了可视化的GUI界面,可作为求解工作空间的参考,其中正解方法参考自以下论文: Lee, Tae-Young, and Jae-Kyung Shim. "Forward kinematics of the general 6–6 Stewart platform using algebraic elimination." Mechanism and Machine Theory 36.9 (2001): 1073-1085. (本程序转载自Github)(The Matlab code for solving the forward and inverse position kinematics of 6 DoF Stewart platform, providing GUI.)

basics of matlab to start with