Fountain-code

自己些的Matlab中有关节点重新排序的程序，可以解决网络重构中的首节点与末节点不对应的问题(Own some of the Matlab program to reorder the nodes can solve the network reconfiguration in the first node and end node does not correspond to the problem)

Demonstration of the reproduction of a generalized trajectory through Gaussian Mixture Regression (GMR), when considering two independent constraints represented separately in two Gaussian Mixture Models (GMMs). Through regression, a smooth generalized trajectory satisfying the constraints encapsulated in both GMMs is extracted, with associated constraints represented as covariance matrices.

Matlab code for simulation of radar received power versus range. There are other files for additional features like aperture area, swirling objects and pulse integration Happy learning!

对称振子的E面方向图，该程序为二维平面。(E-plane symmetric oscillator patterns, the program is two-dimensional plane.)

三相感应电机有传感器的FOC控制的MATLAB程序(Three-phase induction motor sensor FOC control of the MATLAB program)

Expressing of Hybrid BFA-PSO,BFA-GA Algorithms and Dynamic-environment & Cooperative BFA. ------------------------------------------------ this file is with format of "SWF" and presented by "prof . Ji Zhen" . number of pages: 60 . including of: pseudo codes , flow charts , figures , simulations .

说明：  利用Matlab及Simulink建立仿真系统，对PCM量化信噪比进行仿真测试，要求对输入的正弦波进行采样、量化和PCM编码，计算并画出量化信噪比曲线，比较量化信噪比理论值与实际值。(Using MATLAB and Simulink to set up simulation system to simulate and test the quantized signal-to-noise ratio of PCM, it is required to sample, quantize and PCM code the input sine wave, calculate and draw the quantized signal-to-noise ratio curve, and compare the theoretical value and the actual value of the quantized signal-to-noise ratio.)

粒子群算法求最值，用离子群算法求函数的最值(Particle Swarm Optimization for the best values, with ion swarm optimization function for the most value)

单纯形法，求解线性规划问题的通用方法。这里给出其Matlab源程序(Simplex method for solving linear programming problems common method. Here are its Matlab source)

Simulation Of Flat Fading Using MATLAB For Classroom Instruction