process2

《网络控制系统分析与设计》-源代码，用matlab的truetime工具箱，与《网络控制系统》-第九章系统仿真分析，一书有一定的关系，可以借鉴，不能完全对应。(" Network Control System Analysis and Design" - the source code, with the truetime matlab toolbox, and the " network control system" - Simulation and Analysis of Chapter IX, a book has a certain relationship, can learn, can not correspond exactly.)

powersystem analysis of newtonerapson

说明：  仿真螺旋交织器系统。要求将得到的整数序列放置在三个工作空间中并输出值。观察交织后数值的可视化变化规律。螺旋交织器模块参数：螺旋排列列数3；组的大小2；螺旋排列的跳步1；初始条件0。螺旋解交织器参数设置同螺旋交织器。斜坡函数模块参数：斜率1；开始时间0；初始输出1；矢量参数一维。缓存器参数：输出缓存长度6；缓存交叠0；初始条件0。仿真系统中的时延参数为7。(Simulation of helical interleaver system. Requirements will be placed in the three integer sequences and the output value of the workspace. Values observed after mixed visual variation. Helical interleaver module parameters: the number of columns 3, spirally arranged group size 2 spiral arrangement of jump 1 initial condition 0. Deinterleaving parameters set screw with helical interleaver. Ramp function module parameters: slope 1 start time 0 initial output 1 one-dimensional vector parameter. Buffer parameters: the length of the output buffer 6 cache overlap 0 initial condition 0. Delay parameter in the simulation system 7.)

lms的仿真，是我的毕业设计里的很好用，且对信号进行了动态分析(lms of the simulation, is my graduation project in a very good use, and the dynamic analysis of the signal)

Simulation code for 4-Qam, easily extendable for 8,16 etc. Just add the dsources in main code as per bits used.

对动点图像，找出动点，然后重述轨迹！ 对动点图像，找出动点，然后重述轨迹！(Images of the fixed point, find the fixed point, and then repeat the track! Images of the fixed point, find the fixed point, and then repeat the track!)

旋转不变子空间类算法是空间谱估计中的典型算法，它也是特征分解类算法(Rotation-invariant subspace type algorithm is the space of a typical spectral estimation algorithm, it is also eigen-decomposition algorithm)

关于MATLAB生成正弦波的程序这个是最原始的程序。。。(About MATLAB to generate the sine wave procedures are the most primitive procedures. . .)

说明：  《动力机器基础》-李著璟-源程序.rar(the dynamic programe of mechanical foundation)

matlab 控制工程 工具箱 说明与介绍(matlab toolbox describe and introduce control engineering)