TDMS数据保存

PB和C#编写的DLL调用实例，亲测可用(DLL call instances written by PB and C # are available for personal testing)

win32控制台程序，从WEB服务器通过HTTP下载文件,值得借鉴-win32 console program, from the WEB server to download files through HTTP, it is worth drawing

Jdon版Jive论坛,非常不错的-Jdon version Jive Forum, very good

FTP文件传输协议，服务器端JAVA编程实现-FTP File Transfer Protocol, server-side JAVA Programming

类似windows的net send功能的给其他windows机器发送消息的程序，其他机器不需要安装程序也可以收到消息-A program in which message can be sent to others windows machine as like windows`s net sending function , and other machines can receive messages without installing this program

改开发程序是基于java开发的客户端聊天程序,实现了多线程 -changed development process is based on java development of the client chat program, to achieve a multi-threaded

说明：  一个x64 vt hypervisor内部实现ept技术简易框架 ，在此框架下根据需求可以改造使用ept技术进行内存隐藏。。。(An x64x64 vt hypervisor with ept etc.)

Asp.Net Forums V2.0.1 中文官方 圣诞版，是一个不错的论坛源码，学习asp.net的好源码。-audiences Forums V2.0.1 official Chinese version of Christmas is a good source of the Forum, learning good source of Asp. Net.

说明：  根据奇异值分解出来的奇异值，画出奇异值分布曲线，根据公式算出奇异值的突变点，此时突变点即是VMD分解分量数的K值(According to the singular value decomposed by singular value, the distribution curve of singular value is drawn, and the mutation point of singular value is calculated according to the formula. At this time, the mutation point is the K value of the decomposition component number of VMD)

You are asked to design and implement a simulator for university life where lecturers provide lectures (credits) and students attend lectures (credits) to graduate. This simulator uses a bounded circular buffer shared by lecturers and students. Lecturers are concurrently providing lecturers and placing their lecturers in JCU (shared buffer) and students are concurrently taking lectures from JCU to graduate. The purpose of this assignment is to give you some "hands-on" experience with concurrent processes, semaphores, and shared memory. You need to use the modules you practiced in week 6 and 8 labs (Prac 5 and Prac 6). You need semaphores for mutual exclusion and synchronization (studied in week 6 prac) and a shared buffer for shared memory IPC (studied in week 8 prac).