IJMNTA_2014071616544757

已知3个备选方案，分别从时延，带宽，质量，稳定等路由指标进行决策 再综合决策选出最佳方案 决策的参数可以微调 决策对象和限制条件也可以自己确定(using ahp to choos which is the best project)

说明：  1. 硬件接线 （1）调试串口(UART_Debug)使用UART2，在“printf.h”文件中宏定义， 对应引脚为TX-PTD7，RX-PTD6 （在“uart.h文件中宏定义）。 （2）灯0~3（LIGHT_0~LIGHT_3）对应的引脚是PTC0~PTC3，高电平点亮（由硬件接法决定） （3）SPI0_CLK对应的引脚是PTE0， SPI0_MOSI对应的引脚是PTE1， SPI0_MISO对应的引脚是PTE2，SPI0_PCS对应的引脚是PTE3， SPI1_CLK对应的引脚是PTG4， SPI1_MOSI对应的引脚是PTG5， SPI1_MISO对应的引脚是PTG6，SPI1_PCS对应的引脚是PTG7。 （4）SPI0作为master,SPI1作为slave，SPI1接收SPI0发送的数据并产生中断。 用导线将PTE0与PTG4对接，将PTE1与PTG5对接，将PTE2与PTG6对接，将PTE3与PTG7对接。(1. Hardware wiring (1) Debugging Serial Port (UART_Debug) uses UART2, macro-defined in "printf.h" file, corresponding pins are TX-PTD7, RX-PTD6. (macro definition in the uart.h file). (2) The pins corresponding to the lamp 0~3 (LIGHT_0~LIGHT_3) are PTC0~PTC3, and the high-level lighting is determined by the hardware connection. (3) The pin corresponding to SPI0_CLK is PTE0, and the pin corresponding to SPI0_MOSI is PTE1. The pin corresponding to SPI0_MISO is PTE2, and the pin corresponding to SPI0_PCS is PTE3. The pin corresponding to SPI1_CLK is PTG4, and the pin corresponding to SPI1_MOSI is PTG5. The pin corresponding to SPI1_MISO is PTG6, and the pin corresponding to SPI1_PCS is PTG7. (4) SPI0 acts as master and SPI1 acts as slave. SPI1 receives data sent by SPI0 and generates interruption. PTE0 and PTG4 are docked by wire, PTE1 and PTG5 are docked, PTE2 and PTG6 are docked, PTE3 and PTG7 are docked.)

win32 编程有利的助手，共享给大家。希望对大家有所帮助-win32 programming favorable assistant to the U.S. share. Would like to help everyone

一款只显示数字的Flash LOADING特效源码，它是随机显示位置随机大小随机数量的，任何地方都可以显示数字的百分比，且大小和数量不一，整体看着很炫的感觉。

GUILib的例子，和GUILib源码配套，欢迎品尝。-GUILib examples and source matching GUILib welcome to enjoy.

说明：  支持16位和32位加密的MD5生成源码。。。。。。。。。。凑字数(MD5 code for vb MD5 Generation Source Supporting 16-bit and 32-bit Encryption)

说明：  通过labview实现的温度报警器，可实时监测温度并在超温时报警(Temperature alarm realized by LabVIEW can monitor temperature in real time and alarm when overtemperature occurs.)

说明：  An experimental and numerical study of water jet cleaning process

三相系统短路仿真,能实现三相系统中的两相短路，单相短路接地等故障分析(3 PHASE POWER SYSTEM CIRCUIT SIMULATION)

应用c语言模拟遗传算法的计算权值，实现平台vc6.0 .-use c simulink the GA for weight