PV-connected-to-grid

Bayesian based Maximum A Posterior . It is used for Image Restoration

有一个小的错误数据采集财产编辑线225 ： data.ObjectList （ CT表现1 ：电脑断层+ numChildren ， 1 ） = num2cell （儿童） 这一事业的情况，信息渠道，开始形成第二个是不显示的。您可以尝试的坐标(There is a small error in data acquisition and property editing line 225: data.ObjectList (CT performance 1: CT+ numChildren, 1) = num2cell (children) the cause of the situation, information channels, the second is the beginning of the formation do not show of. You can try to coordinate)

牛顿-拉夫逊潮流计算算例，包括自动执行模块的编写(Newton- Raphson power flow calculation examples, including the preparation of self-executing module)

曲面样条插值实现（没用householder变换，不稳定）(Surface Spline Interpolation (useless householder transformation, instability))

MATLAB编程经典程序 素数的判断，求0～100素数之和 源程序(The MATLAB programming classic program primes judgment, seeking 0 to 100 primes and source)

此程序是船舶在海上试验时走出的之字型曲线仿真程序，调试很好，能帮助相关专业的人很好的学习船舶相关知识(The program is the sea trial in out of the simulation program font curve, debugging is very good, can help related professional person is very good learning ship relevant knowledge)

Overview The Simulink model shows an example how the Kalman Filter can be implemented in Simulink. The model itself is configured with a Gaussian process connected with a Kalman Filter. To directly use this model, one only needs to provide model prarameters including parameters of the Gaussian process, which are state space matrices, A, B, C, and D, initial state, x0, and covariance matrices, Q and R and similar parameters for the Kalman Filter, which can be in different values to mimic the model mismatch, plus the state covariance, P. The following examples show how this model can be used. The Kalman Filter can also be used as a standard model block to be connected with any other systems

说明：  关于无人机编队成型的最新的文章和部分翻译(Latest articles and partial Translation on formation of UAV)

网上复制了一个BP预测的程序自己改了一下，效果不是很好。 P 和T都是往期的数据(Online copy of a program his BP forecast changed a bit, the effect is not very good. P and T are the data to the period)

simulation of mimo antenna systems using matlab