稀疏信号的MP重构

A Tool for Algorithms Development and System Analysis

说明：  直流微电网，风电、光伏、储能都包含，可运行(DC microgrid, including wind power, photovoltaic and energy storage, can be operated)

每个人都可以解决两个三维盖驱动型腔流问题与附件的援助。 这种流动在规划求解是用一种显式方法不依赖于时间。

MIMO信号检测中排序串行干扰消除算法（OSIC）三种排序性能比较，QAM16调制，未编码，AWGN信道(MIMO signal detection interference cancellation algorithm (OSIC) sort sort of three properties, QAM16 modulation, the uncoded AWGN channel)

用于计算dft函数相关性的代码，包括自相关和互相关(To Calculate DFT correlation function)

程序内容是对信号的波束域检测，其中阵元数32，信号为宽带信号(Program content is the signal beam field testing, which array element number 32, the signal is wideband signals)

扩展卡尔曼滤波(EKF)算法的matlab程序，包括UKF，PF性能的比较，滤波方差的比较(Extended Kalman filter (EKF) algorithm matlab procedures, including UKF, PF performance comparison, filtering variance comparison)

几种实用的包含数据关联算法的matlab代码文件，内容中包含NN,PDA,JPDA及国际上较新的EM—KF算法的仿真程序，很实用(Several practical contains matlab code file of data correlation algorithm, NN are contained in the content, PDA, JPDA and relatively new in the world is EM- KF algorithm simulation program, very practical)

说明：  提出了一种基于改进最优流和遗传算法的配电网重构算法.该算法先利用配电网的同胚图将重构问题的全局寻优空间划分为若干子空间,然后利用改进最优流法寻找子空间内的最优解,之后再利用遗传算法搜索全局最优解所在的子空间,从而实现在局部最优解中寻找全局最优解.(A distribution network reconfiguration algorithm based on improved optimal flow and genetic algorithm is proposed. First, the global optimization space of the reconfiguration problem is divided into several subspaces by using the homeomorphic graph of the distribution network. Then, the improved optimal flow method is used to find the optimal solution in the subspace. Then, the genetic algorithm is used to search the subspace where the global optimal solution is located, so as to find the global optimal solution in the local optimal solution. The optimal solution.)

这是一些关于MATLAB的小程序，有曲线拟合的，利用线性网络进行线性预测，正交实验设计及其实验结果的极差分析等，希望对大家能带来帮助！-This is a small number of MATLAB procedures, there is curve fitting, and linear networks using linear prediction, orthogonal experimental design and experimental results of range analysis, etc. hope that we can help!