为了提高图像上直线检测的鲁棒性和精度，提出一种灰度投影积分（GPI）方法。GPI方法将需要检测的图像直接在直角坐标空间沿某个投影方向进行投影，将对应到同一投影点的像素灰度值进行累加，得到灰度投影积分向量，再旋转投影方向计算不同投影方向的灰度投影积分向量，从而得到一个原图像的灰度投影积分矩阵，再由该矩阵的极值元素所在的行和列求出图像中直线的方程。实验结果表明，GPI方法不需要事先提取边缘点，就能够快速准确地检测出图像中的直线，避免了传统方法在提取边缘点时阈值选取不当带来的直线检测误差。

从优化模糊控制器的角度出发，讨论了变论域思想和伸缩因子的概念，同时就量化、比例因子和伸缩因子的关系进行了分析，进而阐述了一般情况下两种伸缩因子的选取方法；在此基础上将模糊PID和变论域思想想结合，形成变论域自适应模糊PID控制结构；最后通过某复杂非线性系统进行仿真研究，结果表明该方法达到了预期目的，优越性明显。

DriverStudio 3.2 For VisualStudio 2005 补丁解决DriverStudio 3.2插件在VisualStudio 2005中无法使用的问题。原文件说明：Compuware DriverStudio – DriverSuiteVersion 3.2Version 3.2 VisualStudio 2005 Integration fix.The purpose of this update is to allow DriverStudio – DriverSuite to integrate into the VisualStudio 2005 environmentAfter extracting the files the result should have been two files and this read me. To install perform the steps below.· Close all development environment windows.· Copy the file DSDDKEnv8.dll into the \DriverStudio\Common\Bin directory. Select "yes" if prompted to copy over an existing one.· Copy the file DSDDKEnv8UI.dll into the \DriverStudio\Common\Bin\1033 directory. Select "yes" if prompted to copy over an existing one.· Then unregister the older version. Go to start->run and type "regsvr32 -u "\DriverStudio\Common\Bin\dsddkenv8.dll"· Then register the new copy. Go to start->run and type "regsvr32 "\DriverStudio\Common\Bin\dsddkenv8.dll"Contacting Technical SupportFor Non-Technical IssuesCustomer Service is available to answer any questions you might have regarding upgrades, serial numbers and other order fulfillment needs. Customer Service is available from 8:30am to 5:30pm EST, Monday through Friday. Call:· In the U.S. and Canada: 1-888-283-9896· International: +1-603-578-8103For Technical IssuesTechnical Support can assist you with all your technical problems, from installation to troubleshooting. Before contacting Technical Support, please read the relevant sections of the product documentation and the Readme files.You can contact Technical Support by:· E-Mail: Include your serial number and send as many details as possible to:nashua.support@compuware.com· World Wide Web: Submit issues and access additional support services at:http://frontline.compuware.com/nashua/· Fax: Include your serial number and send as many details as possible to:1-603-578-8401· Telephone: Telephone support is available as a paid* Priority Support Service from 8:30am to 5:30pm EST, Monday through Friday. Have product version and serial number ready.·In the U.S. and Canada, call: 1-888-686-3427·International customers, call: +1-603-578-8100*Installation Issues: Technical Support handles installation and setup issues free of charge.When contacting Technical Support, please have the following information available:· Product/service pack name and version.· Product serial number.· Your system configuration: operating system, network configuration, amount of RAM, environment variables, and paths.· The details of the problem: settings, error messages, stack dumps, and the contents of any diagnostic windows.· The details of how to reproduce the problem (if the problem is repeatable).· The name and version of your compiler and linker and the options that you used in compiling and linking. Copyright 2005 Compuware Corporation

针对取水泵站在不同季节流量及水源水位变化大，泵偏离高效区运行，导致泵站运行效率低的问题，提出了以取水泵站总能耗最小为为目标函数的优化运行数学模型。该模型以一定的管路装置扬程、供水量等为约束条件，利用遗传算法确定并联运行泵的台数、调速泵的转速及机组间的流量分配，可实现取水泵站的优化运行。

对FOIL算法进行了深入剖析，提出了一种基于该算法利用Visual Prolog实现一阶规则集学习器的设计方法，给出了实现学习器的关键代码和试验结果，验证了该方法在一阶规则集提取中的有效性。

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针对接收到的多个未知任何先验参数的跳频信号，提出一种先分离各个信号再对其分别进行时频分析来估计跳频参数的方法。首先采用特征矩阵联合近似最优化（JADE）算法分离跳频信号，再利用多窗口重叠的平滑伪wigner-Ville分布（SPWVD）来估计出跳频信号的跳周期（hop duration）、定时偏差（time offset）和跳频频率（跳频图案）等参数。通过将多个时频分析的窗口重叠来克服时频分析中交叉项的影响。仿真结果表明，该估计算法显著提高了估计的准确度和可靠性。

可以选择路径运行程序，可以更快的运行程序

介绍了Siemens公司逻辑加密IC卡芯片SLE4428的基本组成、操作指令、时序以及与单片机的接口电路，该IC卡接口电路中加入了短路保护设计，可以防止插入非法卡而损坏其它元件。

VB.NET下实现全硬盘文件快速查找，用到多线程和正则表达式-Quickly find full hard disk file in VB.NET, used in multi-threaded and regular expressions