U2C_B6_RS232_rescue_tool

采用c8051f020芯片，实现12位ADC0采样芯片温度传感器，将温度通过串口0发送到PC机！ ( Using C8051F020 chip, the implementation of 12 bit ADC0 sampling chip temperature sensor, the temperature through the serial port 0 is sent to the PC machine! )

是清华大学的教学PPT,希望对大家有好的帮助。-tsinghua computer C++ PPT

德国纳粹二战时发明的密码机Enigma“迷”的复原模拟程序的源码.zip 好的图形界面，好的功能！-Nazi Germany in World War II invented the Enigma Cipher Machine, "The Riddler" recovery simulation program source code. Zip good graphical interface, a good functional!

相位偏置天线，英文全称DisplacedPhaseCenterAntenna，简称DPCA。 相位偏置天线是解决平台运动导致杂波谱展宽的一种技术，目前应用较广。(Phase offset antenna, full name in English Displaced Phase Center Antenna, referred to as DPCA. Phase-biased antenna is a technology to solve the clutter spectrum broadening caused by platform motion, which is widely used at present.)

说明：  jQuery左右滑动切换图片代码是一款基于jQuery实现的左右滑动切换焦点图代码。(JQuery left-right sliding switching image code is a focus map code based on jQuery implementation of left-right sliding switching.)

I want to congratulate you and congratulate you and change my program!!!

说明：  使用遗传算法优化PID控制器参数，达到简单高效的目的(Genetic Algorithms for Optimizing PID)

dll动态链接库的另一个简单的用法 希望对初学者有用(Another simple dll dynamic link library usage is useful for beginners)

usb的驱动程序 很好用的 万能的哟-usb driver used omnipotent good yo

本书共分5章：第1章介绍GPU通用计算的发展历程，介绍并行计算的历史、现状以及面临的问题；第2章介绍CUDA的使用方法，帮助理解CUDA的编程模型、存储器模型和执行模型，掌握CUDA程序的编写方法；第3章探讨CUDA硬件架构，深入分析Tesla GPU架构与CUDA通用计算的相互作用：第4章总结CUDA的高级优化方法，对任务划分、存储器访问、指令流效率等课题进行探讨；第5章以丰富的实例展示如何使用CUDA的强大性能解决实际问题。(This book is divided into five chapters: Chapter 1 introduces the development process of general-purpose GPU computing, parallel computing introduces the history, current situation and problems Chapter 2 describes the use of CUDA to help understand the CUDA programming model, the memory model and implementation model, master CUDA program writing method Chapter 3 explores CUDA hardware architecture, in-depth analysis of Tesla GPU architecture and CUDA general-purpose computing interactions: Chapter 4 summarizes the CUDA advanced optimization methods, the division of tasks, memory access, instruction stream efficiency and other topics were discussed Chapter 5 with abundant examples show how to use CUDA strong performance to solve practical problems.)