mat2acad3

将图像分为16*16的分块进行计算,稀疏矩阵采用DCT矩阵，观测矩阵采用高斯随机矩阵，重构采用OMP算法,对256*256大小的8bit灰度lena图像进行仿真( )

I,Q通道的 噪声过程是高斯的的,而且是互不相关的,他的功率谱也是白的. 因为I和Q通道的噪声过程是高斯的,而且是互不相关的 我们可以得到他们是相互独立(Papoulis,1984). 最后,由于I和Q通道是独立的零均值高斯过程,因此可以推导出:复信号:I+jQ,幅度是瑞丽分布的,幅度的平放是指数分布的,相位角arctan(Q/I)是在(0,2π]上均匀分布(I Q Gaussian noise)

sar成像RD算法仿真。可以仿真单点目标和多点目标，可以添加方位向相位噪声(sar RD imaging algorithm simulation. You can emulate a single point and multi-point target goal, you can add azimuth phase noise)

计算淡/海水高压轴向柱塞泵的滑靴与斜盘之间水膜厚度(Calculation of light/slipper High Pressure Seawater axial piston pump swash plate with the thickness of water film)

说明：  ADUC7026原理图,很好用,给大家做个参考(ADUC7026)

Bee colony optimization continuous

黄金分割在文艺复兴前后,经过阿拉伯人传入欧洲,受到了欧洲人的欢迎,他们称之为"金法",17世纪欧洲的一位数学家,黄金分割数有许多有趣的性质,人类对它的实际应用也很广泛(Golden section before and after the Renaissance, after the Arabs introduced into Europe, has been welcomed by the Europeans, they called the Golden Law , 17th century Europe, a mathematician, a few golden section there are many interesting nature, human Its practical application is very broad)

主要仿真了基于物理层的时钟同步的仿真，耦合作用下，基于O.Simeone同步算法的处理过程，4个节点的时钟周期经过短暂的波动后逐渐达到稳定状态，实现了时钟偏差(skew) 的补偿，达成时钟频率的同步。(Major simulation clock synchronization based on physical layer simulation, coupling effect, based on O.Simeone synchronization algorithm process node four clock cycles after the short-term fluctuations gradually reached a steady state, the clock skew (skew) compensation reached clock frequency synchronization.)

Carrier Recovery Using a Second Order Costas Loop

这是我用matlab编写的，利用蚁群算法（ACO）求连续函数最优解的源码。是对段海滨《蚁群算法原理及应用》一书中，网格策略法的实现。(This is my prepared using Matlab, using ant algorithms (ACO) function for the optimal solution for the source code. On the waterfront of the "ant colony algorithm and application of the principle of" one book, mesh Strategy Implementation Act.)