wenjuan

说明：  windows系统里mq到期解决方法，及win2003在安装mq遇到问题的解决办法。(failed to translate)

说明：  jmeter-proxy-step-by-step傻瓜化文档(jmeter-proxy-step-by-step)

说明：  这个是八皇后的代码，用VC写的，使用了c++数据结构，用了递归回溯(eightQueen)

这是用java编写的一个简单的计算器的源码以及编译后生成的文件-This is a java prepared by the simple calculator and the compiled source files created in the

高斯烟羽模型2D的Python实现。用于污染物/危险物品扩散分析。(Gauss plume model 2D Python implementation. For the analysis of pollutant diffusion/dangerous goods.)

说明：  TLBB lua 源码(TLBB lua)

说明：  一个简单的网站管理系统,他能实现你所需要的功能,是个值得一看的系统(a simple website management system, you can achieve the required functions, it is worth looking at the system)

说明：  介绍了一种铅酸蓄电池的三阶动态模型，在数字仿真软件中建立了其仿真模型，然后通过 电池的完整充放电过程验证了仿真模型的准确性及有效性，并得出了电池充放电过程中制约其充放电效率、容量的关键因素，为电池合理使用及状态监测提供了依据(This paper introduces a third-order dynamic model of lead-acid battery, establishes its simulation model in the digital simulation software, and then verifies the accuracy and effectiveness of the simulation model through the complete charging and discharging process of the battery, and obtains the key factors restricting the charging and discharging efficiency and capacity in the charging and discharging process of the battery, which provides the basis for the reasonable use and condition monitoring of the battery)

针对LEACH协议的节点布局和簇头选举方面进行改进，提出LEACH-HC协议，以适应长条工作要求。通过MATLAB仿真工具与经典LEACH、SEP进行对比实验。(n order to improve the node layout and cluster head election of LEACH protocol, LEACH-HC protocol is proposed to meet the requirements of long work. The MATLAB simulation tool is compared with the classic LEACH and SEP.)

本设计利用现代电子技术、传感器技术等，设计出一款测量准确、简单易用，造价便宜的电子心率计。此心率计总体包括了红外心率检测电路、前端信号处理电路、控制电路和电源转换电路。并用C语言编写控制程序，实现对电路的控制。(This design uses modern electronic technology, sensor technology, etc. to design an electronic heart rate meter with accurate measurement, simple use and low cost. The heart rate meter includes infrared heart rate detection circuit, front-end signal processing circuit, control circuit and power conversion circuit. The control program is written in C language to realize the control of the circuit.)