这是介绍WCF中事务概念的一个例子，用实例介绍事务的概念非常清楚。...

802.11a wlan物理层仿真，里面有三个物理模型，均用MATLAB编写-802.11a WLAN PHY There are*three* versions of the 802.11a physical layer model: R13/IEEE80211a.mdl: Requires R13 (MATLAB ) and Stateflow (for adaptive modulation control) R13/IEEE80211a_NoSF.mdl: Requires R13 (MATLAB), but does not require Stateflow. R13SP1/IEEE80211a.mdl Requires R13SP1 (MATLAB), but does not require Stateflow. This latest version also includes some bug fixes. All Simulink models require the Communications Blockset.

Build ourself a MP3 Player

快速查找文本内容，用于TXT WORD 十六进制等查询-Quickly find the text for TXT WORD hexadecimal inquiries, etc.

经典扫雷程序，Visua C++ 6.0 环境下实现对于设置用户的青睐类对话框的配置 -Copyright (c) 2004-2005 Micro-soft Module Name: DlgCustom.cpp Abstract: the class of Dialog for setting user s favor-config Author: Microsoft s Engineer- Unknown Name improved by Weijian Luo (Arthur Luo) 15-Jun-2005 E-mail: skybluehacker@yahoo.com.cn Revision History: 1.0

en So this the first time I come to release my goodieshope you like it

一个原始套接字的实例-an example of the original socket

程序中一开始已初始化一个需要求的阶乘数字 程序只需要运行就可得到结果,如要修改,可在源代码作一个小小修改即可-a process has begun to request the initialization of a number of factorial procedure can only be run, to changes in the source code for a small change can be

恩自己写的记事本 自己写的记事本 -TU wrote in the notebook of their own written in the notebook he has written in the notebook of their own written in the notebook himself wrote the notebook write their own notebook written in the notebook himself wrote the notebook

本源程序提供在AWGN信道下的bpsk调制方式的仿真，并与理论曲线作比较，得到了理想的结果-This source provides bpsk under the AWGN channel modulation of the simulation, and compared with the theoretical curve obtained satisfactory results

设计四 拔河游戏机 1、 设计一个能进行拔河游戏的电路。 2、 电路使用15个(或9个)发光二极管，开机后只有中间一个发亮，此即拔河的中心点。 3、 游戏双方各持一个按钮，迅速地、不断地按动，产生脉冲，谁按得快，亮点就向谁的方向移动，每按一次，亮点移动一次。 4、 亮点移到任一方终端二极管时，这一方就获胜，此时双方按钮均无作用，输出保持，只有复位后才使亮点恢复到中心。 5、 用数码管显示获胜者的盘数。 教学提示: 1、 按钮信号即输入的脉冲信号，每按一次按钮都应能进行有效的计数。 2、 用可逆计数器的加、减计数输入端分别接受两路脉冲信号，可逆计数器原始输出状态为0000，经译码器输出，使中间一只二极管发亮。 3、 当计数器进行加法计数时，亮点向右移；进行减法计数时，亮点向左移。 4、 由一个控制电路指示谁胜谁负，当亮点移到任一方终端时，由控制电路产生一个信号，使计数器停止计数。 5、 将双方终端二极管“点亮”信号分别接两个计数器的“使能”端，当一方取胜时，相应的计数器进行一次计数，这样得到双方取胜次数的显示。 6、 设置一个“复位”按钮，使亮点回到中心，取胜计数器也要设置一个“复位”按钮，使之能清零。--design a tug-of-war game, can design a game of tug of war circuit. 2, circuit use 15 (or 9), light-emitting diodes, come only among a shiny, namely, the center of tug-of-war. 3, the game with a two button rapidly and continuously pressed, have a pulse, who by fast, Who bright spots on the move, every time, a bright spot in Mobile. 4, the party moved to highlight terminal diode, on the winning side, this time the two sides had no effect buttons, to maintain output, so after only bright