数值方法上机实验内容. 自适应算法用图象实现效果.

模拟了衍射光栅的光学行为，运用matlab语言编写的程序，对科技工作者有很搭帮住-simulation of the optical diffraction grating, using the Matlab language procedures, IT workers have to take very live help

c++课程设计，里面包括源代码，本系统旨在实现一个小型的学籍管理系统，对于教务处管理人员来说，想要用电脑处理学籍的管理会十分方便，节省精力。然而他们的前期工作就是进行学籍的录入，删除，添加，修改，查阅，搜索，排序等等。如此显示明晰，操作简单的简易学籍管理系统开发出来是十分必要的，尤其会受到管理者们的欢迎。

椭圆拟合的误差算法，拟合点到椭圆心的距离减去拟合点对应在椭圆上的点到椭圆心的距离，有效分析椭圆拟合的误差问题，并让其在对话框中显示出来-The error ellipse fitting algorithm, fitting point to the ellipse center distance minus the corresponding fitting point on the ellipse to the ellipse center point of the distance, the effective analysis of the error ellipse fitting problem, and let it be shown in the dialog box

很简单的程序,只是一个+法运算,给大家玩玩,想下载个资源-GOOD

数学变换和滤波fft程序 kfour 傅里叶级数逼近 kkfft 快速傅里叶变换 kkfwt 快速沃什变换 kkspt 快速三次平滑 klman 离散随机系统的卡尔曼滤波 kkabg α-β-γ滤波-Fft math transformation and filtering procedures kfour Fourier series approximation kkfft Fast Fourier Transform Fast Walsh Transform kkfwt rapid kkspt three smoothing klman discrete stochastic system Kalman filter kkabg α-β-γ filter

This is the project of my course in the USA: Customers arrive at a service station (with a single server) according to the Poisson process with a mean arrival rate of lambda = 0.3 (customers/min). Each customer waits in queue (if present), proceeds to receive service upon his/her turn, and departs the system when the service is completed. The service time is uniformly distributed between 2.5 and 4.5 minutes. On each day, the service station is open for two hours. Any customers in queue at the end of work hours are served before closing the service station for the day. Use simulation (do 100 simulation runs) to determine

大家请多指教-you please enlighten!

资源描述    用STM32这款芯片驱动无刷马达，本例中包含了霍尔接口电路以及高级定时器的6路PWM配置电路，对于新手来说通俗易懂，能够快速入门。

这种模式更像是 gPROMS 介绍性文件以帮助部分的理解。它包含有几块不供应，因此学生实际上可以从中学到的变量的一些短做法示例。

%  1-D信号压缩传感的实现(正交匹配追踪法Orthogonal Matching Pursuit) %  测量数M>=K*log(N/K),K是稀疏度,N信号长度,可以近乎完全重构 %  编程人--香港大学电子工程系 沙威  Email: wsha@eee.hku.hk %  参考文献：Joel A. Tropp and Anna C. Gilbert %  Signal Recovery From Random Measurements Via Orthogonal Matching %  Pursuit，IEEE TRANSACTIONS ON INFORMATION THEORY, VOL. 53, NO. 12, %  DECEMBER 2007.