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基于压缩感知的多入多出毫米波信道估计算法源代码(Millimeter Wave Channel Estimation Based on Compressed Sensing)

基于数字变频器的三项电机调速，基于MATLAB下的SPWM三相桥式逆变电路 - 基于 MATLAB 下的 SPWM 三相桥式逆变电路 理论补充: 逆变器工作原理:整个实验在三相桥式逆变电路下进行(Three-item Motor Speed Regulation Based on Digital Inverter)

VC实验：图形程序设计及其应用 在屏幕上出现一个圆心沿正弦曲线轨迹移动的实心圆，而且，每隔四分之一周期，圆的填充色和圆的周边颜色都发发生了变化(颜色自己选取)，同时，圆的半径在四分之一周期之内由正弦曲线幅值的0.2倍至0.6倍线性增长 包含文档 源代码-VC experiment : graphic design and application procedures appeared on the screen in the center along a sinusoidal curve track the movement of a solid round, but every fourth cycle, the round filled with color and the color surrounding the circle has made a change (their color selection), while radius of the circle within the fourth cycle by the amplitude of the sine curve of 0.2 times to 0.6 times the linear growth of the source document contains generation Codes

说明：  小游戏，为了增加游戏乐趣可修改游戏时间限制(Game, can modify the game time limit)

说明：  he rotor/load angle is the angle between induced emf & terminal voltage in a 3-phase alternator & also the angle between rotating vectors of stator & rotor fluxes. Torque produced directly depends upon this angle.

ti-dsp-2407的led显示以及电机控制和音频输出源码-ti-dsp-2407

最小均方算法，借助于最速下降算法发展起来的，通过维纳滤波所求维纳解，已知输入信号与期望信号的先验统计信息，以及再对输入信号的自相关矩阵进行求逆运算的情况下才能得以确定，计算复杂程度低，收敛性好(Least mean square algorithm, with the help of the steepest descent algorithm is developed, using wiener filtering for wiener solution of known prior statistical information input signal and the desired signal, and then the input signal under the condition of inversion of the autocorrelation matrix can be determined, low computing complexity and good convergence)

电赛用的四路输出电源，用了几年了，需要的可以下载(The four-way output power supply for electric competition has been used for several years and can be downloaded if needed.)

用于模拟需求响应的热存储模型预测控制，它模拟了在复杂的，真正存在的经济环境中冷却商业建筑的各种控制策略(Thermal storage model predictive control for simulating demand response, which simulates various control strategies for cooling commercial buildings in complex and real economic environments)

CUDA 是一种并行编程模型和软件环境，用于应对这种挑战，同时保证熟悉 C 语言等标准编程语言的程序员能够迅速掌握 CUDA。CUDA 的核心有三个重要抽象概念：线程组层次结构、共享存储器、屏蔽同步（barrier synchronization），可轻松将其作为 C 语言的最小扩展级公开给程序员。这本关于GPU高性能编程的代码对于初学GPU编程的学者来说是非常难得的，它通过程序实例让初学者更好地理解GPU编程。