kotlin-docs -中文版

获取硬件信息 Get hardware information()

这个是个未完成品 演示地址：http://www.yyzyq.com 仅以此例给正在学习编程爱好.net的朋友 希望能给大家带来帮助-This is an unfinished product demo Address: http://www.yyzyq.com only to this Example are learning to love programming. Net friends hope that I can help everyone

说明：  下个Tomcat，然后把这个丢到Apps文件夹里面，开起来就能用(Next tomcat, and then put this in the apps folder, open it and use it)

UDP异步编程

说明：  ye_net源码、隐写分析、隐写术、不包括选择通道，详情见文档中readme(ye_ Net source code, steganalysis, steganography, not including the selection channel, see readme in the document for details)

实现红外与可见光图像融合， 简单拉普拉斯方法(A Simple Laplace Method for Fusion of Infrared and Visible Image)

说明：  针对早期windows系统SMB协议的攻击 前提时先安装安装python 在命令提示符窗口中首先进入py命令所在的文件夹 直接键入python xx.py后回车确认(Attacks on SMB Protocol of Early Windows System Install Python first First enter the folder where the PY command resides in the command prompt window Type Python xx.py directly and return to confirm)

Currently, most of people use MS DCOM/COM+, Java Bean/RMI, and Corba to do distributed computing over internet. All of these technologies are provided with some tools and intermediate objects to simplify internet development. However, these technologies have one common and fundamental problem that all of the calls between a client and a server are blocked for a returned result (please correct me if this is wrong). A client stays still, and has to wait for a while after sending a request to a server. If the request is a lengthy action, the client application seems to be dead to a user. In most cases, we could use a worker thread at the client side to do background computation for solving this problem. However, this comes with an expensive price, more coding, data synchronization and mess in coding logic. Additionally, I also doubt that these technologies are able to really move data across internet efficiently.

使用opnet 仿真采用TDMA组网方式得无线局域网，查看网络性能-Using OPNET simulation using TDMA组网方式a wireless LAN, check network performance

用于MSvar模型的脉冲响应分析，效果不错(Impulse response analysis for MSvar model)