包含软件设计中的需求分析、概要设计、详细设计等范例，可提供参考...

1.自动打印助手可以方便打印社工作的同志，加载批量的doc文档，进行批量自动打印；支持自动发现优盘，自动加载u盘中的文件，并全自动进行打印；还可以设置打印机-1. Automatic printing assistant, employees can easily print comrades, loading volume of the doc files, automatic batch printing USB support automatic discovery, automatic load u disk files, and automatic print also can set the printer

关于TS101 DSP Flash 加载电路设计的方法，包括电路设计，系统加载过程的说明。-TS101 DSP Flash add-on circuit design, including circuit design, system load process.

】通过建立倒立摆系统的数学模型,应用状态反馈控制配置系统极点设计倒立摆系统的 控制器,实现其状态反馈,从而使倒立摆系统稳定工作。之后通过MA TLAB 软件中Simulink 工具对倒立摆的运动进行计算机仿真,仿真结果表明,所设计方法可使系统稳定工作并具有良 好的动静态性能-] Through the establishment of an inverted pendulum system mathematical model, the application of state feedback control design configuration of the system pole inverted pendulum system controller, to achieve its state-feedback, so that the work of the inverted pendulum system is stable. After the adoption of MA TLAB software Simulink tool for inverted pendulum movement of the computer simulation, simulation results show that the design work will enable the system is stable and has good static and dynamic performance

:针对不可否认L-L-C-Z门限代理签密协议中存在的安全缺陷，提出了一个改进的门限代理签密协议.通过 对L-L-C-Z门限代理签密协议的密码分析，利用接收方修改公钥的方法，计算出任意消息的有效伪造签密结果.利 用类似于缩短的数字签名标准(SDSS)的安全技术，以及通过公钥验证签密结果的技术，给出一个新的改进协议.安 全分析结果表明，与L-L-C-Z门限代理签密协议相比，该改进门限代理签密协议能够承受接收方公钥替换攻击.改进的门限代理签密协议利用接收方公钥而不是私钥来验证签密结果，其验证过程能向第三方公开.

本程序可以再mfc中实现，字幕的动态滚动，使用的控件类型为静态文本框，在文本中加载数据，然后设置定时器

for the competition of robocup-the program for competition of robocup

二叉树数据结构－数据结构上机编程实验报告，附源码。对在校大学生有用。-binary tree data structure-structure data on the machine programming experiment report, source. For college students useful.

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软件测试的目的和策略 1.计划： 定义目标 确定策略 确定方法 2.执行： 建立环境 执行计划 3.检查： 一步步验证 执行完毕？ 4.循环： 没有改正 继续执行 -Software testing one of the purpose and strategy. Plan: definition of strategies to identify target Method 2. The implementation of: the establishment of an environmental implementation plan 3. Examination: one step to verify the implementation of the end? 4. Circle: without correction to continue to implement

If the resistor that charges the capacitor is too low in value (or if the power supply voltage is too high), the current through the transistor will not become low enough for the transistor to turn off. If the resistor that charges the capacitor is too high in value (or the power supply voltage is too low), the  capacitor will not be able to charge to a high enough voltage to enable the transistor to turn on.  This is because the transistor draws as small amount of current before switching on.