Scientific-and-Engineering-CPP

APF仿真模型，用于动态补偿系统的无功功率！(APF simulation model for dynamic compensation system reactive power!)

通过使用matlab进行模拟仿真，得到比较可靠的模拟数据与实验进行对比，方便日后类似的数据处理(Obtain reliable simulation data and experimental comparison, to facilitate future similar data processing by using matlab simulation)

matlab代码调用摄像头，从而实现手势识别功能，代码没有问题(Realization of gesture recognition)

boos pi controller close loop

实验内容 信号与系统试验报告 自己的作业 1.设有两个信号： 要求x(t)和h(t)采样形成离散序列， 参数选择如下： 采样率Δ=4ms， 频率f=30Hz， a=2f2ln(M), M=2.5 在MATLAB下实现连续信号离散化， 并绘制出离散形式的信号波形。 (Experimental signal and system test the contents of the report of one)

下垂控制的matlab仿真,有功和无功的调节。(simulink of droop control，adjust of active power and reactive power.)

关于VC与matlab混合编程的代码，包含众多例子，可以直接使用。(Matlab on the VC and mixed programming code, including many examples can be used directly.)

大作业上的一个迭代程序，可以供大家试用下(Great job on an iterative process, you can try for your next)

在VC下的，信道容量计算源码，可以计算出基本各类信道的容量(Under the VC, channel capacity calculation of source, you can calculate the basic types of channel capacity)

实现多输入单输出的预测功能，预测精度高，程序操作简单，易于修改应用。(The prediction function of multi input and single output is realized. The prediction accuracy is high, the program operation is simple, and it is easy to modify the application.)