di806

将labview转换成为exe的的说明可供labview8用户进行参考 [UDP.rar] 的UDP通讯编程实例，可以在两台计算机之间传递数据(It is verry good)

实现MSK调制过程，通过定义入手，先计算相位，然后分两路调制-modulate msk with noise

一个简单的画图板，基于java界面设计，可以参考入门。(A simple drawing board, based on java interface design, you can refer to the introduction.)

从心电信号提取呼吸信号，和信号频谱分析 用于对信号的频谱分布做分析，输出为频谱变量和图示(Signal processing, signal spectrum analysis, signal energy It is used to analyze the spectrum distribution of the signal, and output it as spectrum variable and icon.)

抓图小工具REV 3.0 可独立批量抓图 新增批量抓图功能，带更新图片功能，可设置时间间隔、抓取数量、信息提示、放大镜功能、方向键微调功能。 批量抓图技巧： 针对网页验证码需要点击更新再抓取的，勾选[点击更新图片]，鼠标拖动[坐标获取]的右边图形移动到需要点击的地方自动获取坐标，设置时间间隔，设置抓取数量，点击批量抓图按钮，完成！ 如果不需要点击更新不勾选[点击更新图片]即可 本程序可辅助OCR识别，图形识别与自动控制(Grab a small tool independently REV 3.0 New Batch Capture Batch Capture feature, with updated picture functions, you can set time interval, the number of crawling, information, tips, a magnifying glass function, the arrow keys to fine-tune the functionality. Batch Capture techniques: code for web pages need to click update and then to crawl, check [click Update Photo], drag the mouse [coordinates to obtain] the right of the graph need to click where to move to automatic acquisition coordinates, set the time interval, set the grab the number, click on Batch Capture button to complete! If you do not click the update does not check the [Click the Update Photo] can this program can assist OCR recognition, pattern recognition and automatic control)

说明：  对水文序列进行mk检验并绘图，置信区间为0.05(MK test and mapping of hydrological series)

这是我所见到的用jAVA编写的非常优秀的规则引擎.对学习编写规则引擎有十分重要的借鉴作用!-This is what I see with jAVA prepared by the excellent rules engine. Learning to prepare rules engine has a very useful!

操作系统调度算法(先来先服务,短作业优先,时间片轮转,响应比优先)-scheduling algorithms operating system (first-come first-serve, short operating priority, time-rotate in response to priority over)

DCO OFDM 的实现(基于直流偏置的正交频分复用)(Implementation of DCO OFDM (based on DC offset orthogonal frequency division multiplexing))

说明：  将三相电流实施坐标变换后得到了M-T坐标系下的电流反馈值，再经过PID调节后，形成了电流闭环控制；且定子电流通过反变换后得到静止两相坐标系的定子电压给定值，再经过SVPWM控制逆变器，得以输出三相电压(The feedback value of the current in the M-T coordinate system is obtained after the coordinate transformation of the three-phase current. After PID adjustment, the current closed-loop control is formed.The stator current is inversely transformed to obtain the stator voltage value of the static two-phase coordinate system, and then the three-phase voltage can be output by the SVPWM controlled inverter)