gaosiyanyumoxing

bellman-ford的模板，方便大家使用，可以直接粘贴使用-bellman-ford template to facilitate the use of paste can be directly used

实验器材: 探索者STM32F4开发板 实验目的: 学习DS18B20数字温度传感器的使用. 硬件资源: 1,DS0(连接在PF9) 2,串口1(波特率:115200,PA9/PA10连接在板载USB转串口芯片CH340上面) 3,ALIENTEK 2.8/3.5/4.3/7寸TFTLCD模块(通过FSMC驱动,FSMC_NE4接LCD片选/A6接RS) 4,DS18B20传感器一个(接在PG9上). 实验现象: 本实验开机的时候先检测是否有DS18B20存在，如果没有，则提示错误。只有在检测到DS18B20之后才开始 读取温度并显示在LCD上，如果发现了DS18B20，则程序每隔100ms左右读取一次数据，并把温度显示在LCD 上。同样我们也是用DS0来指示程序正在运行。(Experimental equipment: Explorer STM32F4 development board Objective: Learn the use of DS18B20 digital temperature sensor. Hardware resources: 1, DS0 (connected to PF9) 2, serial port 1 (baud rate: 115200, PA9/PA10 connection on board USB to serial port chip CH340). 3 inch TFTLCD ALIENTEK, 2.8/3.5/4.3/7 module (via FSMC driver, FSMC_NE4 LCD chip select /A6 RS) 4, one of the DS18B20 sensors (attached to PG9). Experimental phenomena: This experiment first detects whether there is DS18B20 when starting up. If not, it prompts errors. Only after the detection of DS18B20 did it begin Read the temperature and display it on LCD. If DS18B20 is found, the program reads data once every 100ms or so and displays the temperature at LCD. On. Similarly, we also use DS0 to indicate that the program is running.)

图着色问题（Graph Coloring Problem, GCP）　又称着色问题，是最著名的NP-完全问题之一。 模拟退火算法实现最优。(Graph Coloring Problem, GCP and the example, the NP-and the example of the NP-and the example of the.igation of the..)

首次上传，说明内容。我想学习一下给网站的资料，日后编得代码，再上传补上。抱歉！-From the first time to illustrate the content. I want to learn about the information to the site, the future provision of a code, and then upload onto the list. Sorry!

最大匹配分词系统，分词中最见大的，效果也是很好的系统。-maximum matching segmentation

说明：  可以被用来解决目标函数冲突的多目标优化问题(Solving multi-objective optimization problems)

c语言编程技巧程序集 提供了很多种有用的方法 值得一看-skill sets procedures for a wide variety of useful eye-catcher

来自mini2440的s3c24xx的按键中断驱动(driver code copy from mini2440)

编程学习,芯片学习适用于RN7302电能计量芯片等使用和测试(PROGRAMMING learning)

电源设计包括正负电源，可调电压源和可调电流源。-Power supply design, including positive and negative power supply, adjustable voltage and adjustable current source.