endpoints

really understand,describe using matlab

这是一个实现牛顿插值的程序，比较经典，也横容易看懂(This is a realization of Newton' s interpolation procedure, compare the classic, but also easy to understand cross-)

arma模型的具体实现代码， 可以用(arma model of the specific code, you can use)

图像均值滤波器和中值滤波器，并求出PNSR，即信噪比(figure operator)

说明：  针对员工数目较多的公司，用于员工信息查询和工资计算(A relatively large number of companies for the employees, for employee information inquiries and payment of wages)

可见光通信中，用来计算室内光强分布情况的代码，自己跑过了，没问题的。(optical power distribution)

超强算法，一种数值估计的算法，很好用哦，是关于二元插值计算的例程(Powerful algorithm, a numerical estimation algorithm Oh well, it is calculated bivariate interpolation routine)

新颖的BP神经网络，加入了遗传算法改进，并且样本数可调(Novel BP neural network, adding a genetic algorithm to improve, and the number of samples is adjustable)

基于非线性动态逆的F18飞行控制仿真，包括动态逆的构建、PD控制律等(Control based on nonlinear dynamic inversion F18 flight simulation, including building dynamic inverse, PD control law, etc.)

Run Application =============== Windows: Doubleclick the BicAT_v2.2.jar file Linux: type ./run_linux to start the application. Solaris: type ./run_solaris to start the application. possible problems: ================== Make sure the environment variables are properly set! CLASSPATH (should be ok) LD_LIBRARY_PATH = ./lib/linux ./lib/solaris Sample Data Files ================= dataSample_1.txt - use offsets (1,1) (data are already logarithmized) dataSample_2.txt - use offsets (1,1) (Run Application =============== Windows: Doubleclick the BicAT_v2.2.jar file Linux: type ./run_linux to start the application. Solaris: type ./run_solaris to start the application. possible problems: ================== Make sure the environment variables are properly set! CLASSPATH (should be ok) LD_LIBRARY_PATH = ./lib/linux ./lib/solaris Sample Data Files ================= dataSample_1.txt- use offsets (1,1) (data are already logarithmized) dataSample_2.txt- use offsets (1,1) )