EzCad打标软件二次开发原件以及代码

Vf做的工资管理系统Vf做的工资管理系统Vf做的工资管理系统Vf做的工资管理系统

【实例简介】线性矩阵不等式（LMI）工具箱是求解一般线性矩阵不等式问题的一个高性能软件包。由于其面向结构的线性矩阵不等式表示方式，使得各种线性矩阵不等式能够以自然块矩阵的形式加以描述。一个线性矩阵不等式问题一旦确定，就可以通过调用适当的线性矩阵不等式求解器来对这个问题进行数值求解。

工程硕士开题报告答辩PPT,软件工程硕士供需要的同学参考

包含数字水印的matlab源代码和图像数字水印的方案毕业论文MATLAB(DCT+DWT)

这是我参加中国软件杯比赛时写的基于驱动的文件透明加解密软件。程序有三部分，驱动内核代码，服务器短，客户端。驱动在系统内核级别对磁盘文件进行加密和解密，客户端实现了驱动的管理和通信，服务器端实现了加解密策略的定制，访问授权等。现在共享给需要研究驱动的同学。

本程序有扫描本地蓝牙和远程蓝牙设备、并向远程蓝牙设备发送配对请求的功能，vs2008运行成功

是matlab源码，利用bp网络实现0～9数字识别系统，友好的系统界面，包括训练样本和含噪声的数字图片

Simplorer V9的培训资料，非常详细，一共407页的PDF，看完这个PDF，相信你已经是simplorer高手了。Conventions Used in this GuideGetting HelpAnsoft Technical SupportHelp MenuContext-Sensitive Help1. IntroductionOverview of the Simplorer Interface .........1-32. Creating a New ProjectAbout the three-Phase rectifier2-2Expected Results2-3Using Simplorer to Create and Improve the Design2-4Creating the new project2-5Add the New project2-5Rename the designAdd Design Notes(Optional)Save the New project2-73. Create the rectifier modelCreate the Three-Phase rectifier Schematic. 3-2Choosing, Placing, and Arranging Components onthe schematic she.3-3Connecting the Components3-8Defining Component Properties3-9Property Displays for Components3-13Specifying simulation Outputs.3-16Defining Solution Options and Analysis Parameters3-18Starting an Analysis3-19Plotting Rectifier Model Simulation Results3-204. Hysteresis Current-Controlled DC-Motor Start-UpModify the Rectifier Model Design.4-2Deleting the Resistive/Inductive Load,4-3Saving the sheet with a New Name4-3Place and Arrange the New Components4-4Connect the New Components.,,,,,,4-5Defining dc Machine valuesDefining Mechanical Load4-7Freewheeling Diode4-8Chopper Transistor4-8Controller Modeling using block elements..4-9Modifying Report Elements...4-11Display Diode CharacteristicDefining Simulation Parameters.4-13Starting Simulation(Block Components.4-13Simulation Results(Block Components)... 4-14Controller Modeling Using State Graph Components4-15Connecting the State Graph Components4-16Defining Properties of State Graph Components 4-Using Name References4-19Deactivating Components on the sheet4-19Starting Simulation(State Graph)...4-21Simulation Results(State Graph)4-225. Current and Speed Controlled Dc MotorModify the State graph design5-2Deleting the State GraphSaving the sheet with a New namePlacing and Arranging the New Block Componentson the sheet5-4Connecting the New ComponentsDefining Mechanical Load (Block)Defining the pl controller.........5-8Starting Simulation..5-12Adding a Rectangular Plot(Pl Controller)... 5-13Adjusting Plot Properties.5-14Checking the block Sequence..5-16Using Automatic Block Sorting5-16Using Manual Block Sorting5-16Rerun the Simulation(PI Controller)Simulation Results(PI Controller)5-176. Using VHDL-AMS Components forModelingVHDL-AMS Components,,,,.6-2Modify the pl controller Design.6-3Save the project with a new name6-3Delete the dc Machine component6-4Placing and Arranging the New VHDL-AMs Components on the sheet6-4Connecting the New VHDL-AMS Components 6-4Defining VHDL-AMS DC Machine values6-4Defining Connections for Machine Current..6-5Defining Simulation ParametersAnalyze and Display Simulation Results(VHDLAMS6-67. Variants of PWM ModelingPWM Modeling Overview7-2Create a New Project for the pWm models ..7-3Setting Initial ConditionsPWM Modeling Using EquationsDefining Simulation Parameters7-4Displaying Simulation Results with Reports 7-4Simulation results 7-6PWM Modeling with Equations and Time Function7-6PWM Modeling with State Graph Components 7-8Place and arrange the components on the sheet7-8Define Component properties翻国7-9PWM Modeling with Block Diagram Components 7Placing and Arranging the Components on theSheet7-118. Importing Legacy SchematicsTranslating a Legacy Schematic..8-2Importing the legacy Schematic8-2Starting an analysis...,,8-6Plotting Simulation Results8-7Estimated time tooplete this guide45 minutes

10种最小二乘法总结，算法+源码一般最小二乘法遗忘因子最小二乘法限定记忆最小二乘递推算法偏差补偿最小二乘法增广最小二乘法广义最小二乘法辅助变量法二步法多级最小二乘法yule-walker辨识算法盛晓婷最小二乘算法总结报告附录、广义最小二乘递推算法附录、辅助变量法附录步法录、多级最小二乘法附录辨识算法图一般最小二乘参数过渡过程图一般最小二乘方差变化过程图遗忘因子法参数过渡过程图遗忘因子法方差变化过程图限定记忆法参数过渡过程图限定记忆法方差变化过程图偏差补偿最小二乘参数过渡过程图偏差补偿最小二乘方差变化过程图增广最小二乘辨识模型图增广最小二乘参数过渡过程图广义最小二乘参数过渡过程图广义最小二乘方差变化过程图辅助变量法参数过渡过程图辅助变量法方差变化过程图二步法参数过渡过程图二步法方差变化过程盛晓婷最小二乘算法总结报告般最小二乘法例考虑如下仿真对象其中,为服从分布的白噪声。输入信号采用序列,幅度为序列由级移位寄存器产生,选择如下的辨识模型观测数据长度取加权阵取A=。一次计算最小二乘算法其中,程序见附录递推最小二乘算法递推最小二乘算法公式:盛晓婷最小二乘算法总结报告初始条件O经过编程计算,各个参数的估计值为程序见附录_。待估参数过渡过程⊥一-⊥图一般最小二乘参数过渡过程盛晓婷最小二乘算法总结报告估计方差变化过程图般最小二乘方差变化过程盛晓婷最小二乘算法总结报告遗忘因子最小二乘算法采用的辨识模型与例相同。次计算法其中,BβBBBβ衰减因子=,数据长度=程序见附录。递推算法遗忘因子递推最小二乘算法公式+盛晓婷最小二乘算法总结报告其中,≤4≤为遗忘因子,此处取数据长度,初始条件日经过编程计算,各个参数的估计值为程序见附录。待估参数过渡过程图遗忘因子法参数过渡过程盛晓婷最小二乘算法总结报告估计方差变化讨程图遗忘因子法方差变化过程盛晓婷最小二乘算法总结报告限定记忆最小二乘递推算法辨识模型与例相同。限定记忆最小二乘算法:6++=0++++6+初始条件O经过编程计算,各个参数的估计值为程序见附录

opencv实现的，代码很简单。没有包含工程文件，只有.h和.cpp文件。