man

java常连接通信,java基于web聊天系统(java often connected communication)

极简网络聊天程序，，只需填上双方的计算机名或ip，以及使用的端口号即可。大小仅1.83k源代码总共17行，，呵呵，好玩极了！！！当填上192.168.0.255地址时，意味着你可以对局域网进行网络广播了-Minimalist Internet chat program, and the two sides need only provide the computer name or ip, and the use of the port can be. 1.83k size only source of a total of 17 firms, huh, and had a great time! ! ! When filling 192.168.0.255 address, which means you can pair of LAN network broadcast

这是一个基于时间的校正的源程序 由网上收集而来-This is a time for the correction of the source from the online collection from

说明：  环保数据监测处理系统，系统的安装说明在压缩文件中(Environment protection monitor processing system. System installation guide is in compression documents.)

说明：  java系列编程中的mybatis练习，mybatis小练习(Mybatis exercise in java series programming)

3d line drawing code

本源文件是tcp的连接程序，可以当服务端或客户端，包括连接、收发数据等功能，在所有过程出错处理都较好。-origin of the document is tcp connections and can be a server or client, including connections, sending and receiving data and other functions, in all processes are better error handling.

GUI版S扫描器源码，程序结合易语言扩展界面支持库，调用API函数根据IP段和端口扫描开放的端口。可以整理保存扫描到的IP地址。(GUI version of the scanner source S , the program combined with easy language support library expansion interface , API function calls based on open IP segment and port scans ports. )

说明：  基于simulink搭建的滤波器模型，可以有效滤波，降低噪声(The filter model based on Simulink can effectively filter and reduce noise)

This is an Abaqus user material subroutine UMAT in fortran language of a new 3D strain based constitutive model for shape emory alloys developped by Ben Jaber and coauthors in 2008 [1] and improved recently by Ben Jaber 2014 [2] This subroutine in Fortran language allows users to simulate thermomechanical behaviors of SMA products. More details about material parameters and internal variables are availables in The file UMAT_SMA_benjaber_ET_AL_ReadMe.pdf . [1] Ben Jaber M, Smaoui H and Terriault P (2008) Finite element analysis of a shape memory alloy three-dimensional beam based on a finite strain description Smart materials and structures 17(4), 045005. [2] Ben Jaber M (2014) Numerical implementation of a 3D strain-based constitutive model for shape memory alloys under a finite strain description Submitted to Smart materials and structures.