气压高度传感器BMP085的驱动程序，在STM32平台上调试通过。

opencv 开发学习资料 只是一部分的类使用说明(Only a part of the class to use shows that the development of learning materials opencv)

实现LCD12232的点阵显示功能。这是在网络上发现比较好的，发布出来共享(It can let LCD12232 display it s record.It is found on net , for sharing.)

借助短信猫可以实现短信群发，有齐全的框架，还可以二次开发(Cats can be achieved by means of SMS Short Message)

基于线程和进程的电梯调度文件的集合，采用C++，在Vs平台上完成(Based on a collection of threads and processes of the elevator dispatching documents, using c++, in Vs platforms )

文件1 txt,2 txt,3 txt和5 txt为用Fortran编写的有限元程序 4 txt为用c＋＋编写的钢筋混凝土异形柱的全(Documents 1 txt,2 txt,3 txt and 5 txt are finite element programs written in Fortran 4 txt for the whole of reinforced concrete special-shaped columns written in c +)

The SRI Language Modeling Toolkit contains a bunch of useful utilities for language modeling related research. The standard toolkit only includes build procedures for unix and Windows using Cygwin. I wanted to use the libraries in a Visual Studio project, so here is a solution and project files that builds native Windows libraries and the associated command-line utilities. Instructions * Download and unpack the SRILM toolkit. * Unzip the below solution archive to the SRILM root directory. * Load the srilm.sln in Visual Studio 2005. * Select either Debug or Release in Build->Configuration Manager * Right-click on each project in the libs folder, select Build. * Build any of the command-line utilities you need.

模拟了现实中的示波器，可以滚动显示波形，动态显示，属性振幅都可以改变 实用性 比较好 (Simulated reality oscilloscope, you can scroll waveform display, dynamic display, amplitude attribute can be changed relatively good practicality)

粒子群优化算法C语言程序，供感兴趣的人一起学习。(PSO C language program for people interested in learning together.)

STM32读写I2C EEPROM 24C01 (STM32 read and write i2c eeprom 24c01)

本系统主要由TDA2030功率放大器，AD603电压控制型放大器，TI公司的TL084运算放大器与TLV3501电压比较器，STM32f103RCT6开发板构成，分为两部分，一部分是功率放大电路，输入为一任意波形发生器，经过功率放大电路将输入的电压信号转为电流信号。第二部分为电流信号的检测，通过一组锰芯磁环线圈匝实现非接触式电流信号检测，测得的信号通过电阻转为电压信号，经过低通滤波与AD603控制增益后再分为两路，一路经过单片机AD采样与处理得出电流信号的峰峰值，一路经过电压比较器整形为矩形波，通过STM32单片机测出信号频率并根据AD采样信号进行FFT，所得数据整合最后在LCD显示屏上显示。