AlumniInformationSystem_C

说明：  NOMA和OFDMA的对比，可以进一步使用优化算法分析(Comparison between noma and OFDMA)

1、任务：为宿舍管理人员编写一个宿舍管理查询软件, 程序设计要求： （1）采用交互工作方式 （2）可以增加、删除、修改信息 （3）建立数据文件 ，数据文件按关键字（姓名、学号、房号）进行排序(用选择排序) 2、查询菜单: (用二分查找实现以下操作) （1）按姓名查询 （2）按学号查询 （3）按房号查询 3、打印任一查询结果（可以连续操作） -a task : to prepare dormitory management staff inquiries a dormitory management software, program design requirements : (1) interactive work (2) can add, delete, change information (3) Establish data files, data files by keyword (name, school, room number) rank (with choice of ranking) 2, inquiries menu : (2 hours with you to achieve the following operational) (1) the names of inquiries (2) the school inquiry (3) of the inquiry three, Print the results of an inquiry (capable of continuous operation)

一个关于ofdm的MATLAB仿真源代码-OFDM MATLAB

说明：  该文档中包含大量代码，首先是一些R语言基本语法练习的，然后是一些机器学习相关的，最后是一些评分卡指标计算、建模相关的。(This document contains a lot of code, first some basic grammar exercises of R language, then some machine learning related, and finally some scorecard index calculation, modeling related.)

正交试验设计(Orthogonal experimental design)是研究多因素多水平的又一种设计方法，它是根据正交性从全面试验中挑选出部分有代表性的点进行试验，这些有代表性的点具备了“均匀分散，齐整可比”的特点，正交试验设计是分式析因设计的主要方法。是一种高效率、快速、经济的实验设计方法。日本著名的统计学家田口玄一将正交试验选择的水平组合列成表格，称为正交表。(Orthogonal experimental design is another design method to study multi-factors and multi - levels. according to orthogonality, it selects some representative points from comprehensive experiments to carry out experiments. these representative points have the characteristics of " uniform dispersion, uniform comparison". orthogonal experimental design is the main method of fractional factorial design. It is an efficient, fast and economical experimental design method. Renowned Japanese statistician Taguchi Xuan I listed the horizontal combinations selected by the orthogonal experiments into a table called an orthogonal table.)

用灰色预测理论实现负荷预测，可以任意取点-Gray prediction theory to achieve load forecasting, you can take an arbitrary point

Word segmentation using dictionary.

VC++ 检测获取USB磁盘，若发现有USB类存储设备，则显示出这些设备的名称、盘符等信息，界面没怎么设计，只是为了突出功能代码，有兴趣的可用在你的程序中。

Nios II 设计。Nios II处理器的使用(Nios II Design)

说明：  有关于tinyos示例程序和相关文档说明(TinyOS example on procedures and related documentation)