AOAalgorithm

用于产生CRC校验的matlab源码，生成多项式g(x) = x32 + x26 + x23 + x22 + x16 + x12 + x11 + x10 + x8 + x7 + x5 + x4 + x2 + x + 1，按比特输入按字节输出(Matlab code for CRC-16 generation)

应该已经非常优化的floyd程序。简短、运行时间短、简单易理解。初学者亦可理解。实现任意两点间的最小距离和路径(Floyd should have a very optimized program. Short run time is short, simple and easy to understand. Beginners can understand. To achieve the minimum distance between any two points and path)

这个是通过matlab这个软件编写程序可以控制温度！达到了理想的结果！开始的程序是用c写的！但是主要还是后面的matlab程序！(This is a program which are writen by software of matlab and can control temperature,then can reached the ideal result! the procedure at the beginning is written with c!,but mainly is still following matlab procedure!)

项目中所做的ADC的matlab源代码，相信会有用(original matlab source code for ADC from the item i was doing，hoping to be helpful)

首先使用罗曼诺夫斯基准则剔除粗大误差，接着判断是否存在系统误差，最终得出数组的均值、方差、标准差等(The first to use Roman Malinowski guidelines eliminate the careless error, and then determine whether there are systematic errors, and ultimately come to the array mean, variance, standard deviation,)

用Matlab语言编写的基于遗传算法求解TSP问题的程序(Written in Matlab genetic algorithm-based procedure for TSP)

图像缩放的函数，基于像素复制和删除的 ，子啊matlab中可找到(based on shrinking and zooming f,we canfind it in matlab)

说明：  matlab的工具箱函数汇总，对matlab工具箱函数进行详细介绍(aggregate function matlab toolbox, toolbox matlab function for details)

mapping function. s=t(r)

In recent years, stepping with the popularization of smart phone and the development of mobile communication infrastructure, the conditions for ubiquitous computing society become more and more complete. In the vision of ubiquitous computing society, LBS (Location Based Service) that provides an added value to an unprecedented user experience has been paid a great deal of attention by mobile operators all over the world. As the core technology for LBS, various positioning systems have been studied extensively. For the outdoor environment GPS is mature and common. However, the performance of GPS in indoor environment is bad. Moreover, currently there is no technique whose accuracy and cost are appropriate for deployment in huge areas.