NPLS-Program

通信原理实验matlab仿真中衰落环境下的最小频移键控(Matlab simulation of communication theory experiment fading environment Minimum Shift Keying)

pic单片机CAN通信程序 CAN自测试收发编程，CAN发送邮箱0以一定的时间间隔发送数据，接收到数据后,将接收数据加1作为下一次的发送数据(pic 18f4580 can code，void canint() )

这是一篇介绍如何利用s函数对dq坐标系下的异步电机进行建模仿真的文章，给出了关键部分s函数代码，并有仿真结果(This is an article on how to use s function dq coordinate system for modeling and simulation of induction motors article gives a critical part of the s function code, and simulation results)

一， GUI界面，proj.m 图片选择窗口，testListBoxlj.m 二,最优化算法 PSO.m POWELL.m 三，互信息尺度 MI.m EMI.m RMI.m HiMI.m GMI.m FPMI.m 四，POWELL.m附属子程序 oneDimSearch.m 五，PSO.m附属子程序 myMI.m 六，配准结果检验程序 restore.m 七， gobad.m对图像进行“平移”和“旋转”(First, GUI interface, proj.m picture selection window, testListBoxlj.m II optimization algorithm PSO.mPOWELL.m three or four MI.mEMI.mRMI.mHiMI.mGMI.mFPMI.m-scale mutual information, POWELL.m subsidiary sub- oneDimSearch.m five procedures, PSO.m subsidiary Subroutine myMI.m six, matching the results of testing procedures restore.m 7, gobad.m images )

本程序仿真了16QAM信号的载波相偏估计的HOS算法，整个算法实现分为（1）模拟发送端发送16QAM信号；（2）加入相偏来模拟通过信道后有相偏的测试信号；（3）利用HOS算法进行相偏估计与纠正；（4）输出星座图。(This procedure simulated a 16QAM signal carrier phase offset estimate of the HOS algorithm, the algorithm is divided into (1) analog transmitter to send 16QAM signal (2) by the inclusion of partial to simulate the channel after the phase offset of the test signal (3 ) algorithm using HOS phase offset estimate and correction (4) output constellation.)

这是MATLAB中文帮助文档,对大家学习这个语言的帮助很大,非常方便实用.(This is the MATLAB Chinese help files, for all of us to learn this language is very helpful, very convenient and practical.)

说明：  灰色预测模型的matlab算法实现，可以进行较为长期的预测(use matlab to solve gm problem)

Matlab的编程技巧英文版，描述细致，读着需具备一定英语水平(Matlab programming skills in English, detailed description, read with a certain standard of English)

matlab鱼眼图像全景展开算法，附有效果图，自己写的，确保可以执行，谢谢(Fisheye image panoramic unwrapping algorithm, with renderings, write your own, make sure you can perform, thank)

由惯性器件的输出解算出飞行器的位置、速度、姿态信息(The output from the inertial device solves for the aircraft position, speed, attitude information)