drbd-8.3.6.tar

Q-Learning强化学习的代码实现.rar(A good learning Q source code, for learning has a great role in reinforcement learning)

数字移动:图中的九个点上,空出中间的点,其余的点上任意填入数字1到8.1的位置固定不动,然后移动其余的数字,使1到8顺时针从小到大排列.移动的规律是:只能将数字沿线移向空白的点. (Digital Mobile: Figure in the nine points, empty out the middle point, the rest of the points fill any position of the numbers 1 to 8.1 fixed and then move the rest of the figures, and make 1-8 clockwise from small to large array . The law of movement is: can only move along the number of blank spots.)

一种DSPMATLAB仿真方法和曲线方法。(A DSPMATLAB simulation method and curve method.)

利用非线性控制完成光伏并网逆变器的设计，设计中采用先进的反步法，介绍很好。(Using nonlinear control to complete the design of the photovoltaic (pv) grid inverter, adopted in the design of advanced reverse moves, the introduction is very good.)

matlab数值处理源程序，绝对值得下载的源码好程序(Matlab source numerical processing)

This sample demonstrates using the Microsoft Video Control to view ATSC digital television in a window. This is a simple ATL application that merely hosts the control and allows you to adjust the channel up or down. When CPPVideoControl launches, it will look for an ATSC Network provider on your system. If a working tuner is found, CPPVideoControl builds the digital television filter graph, tunes to channel 46, and displays the broadcast signal. It may take several seconds to completely build the digital television filter graph, so please be patient.

GM 862 gsm gprs modul visual basic project and aplication. Take photo from GM 862 modul and sample project.

C/C++中调用MATLAB引擎的数值仿真的实现，运行环境：VC＋＋6、matlab6 注意事项：微分方程文件“fun.m”放在matlab的work目录下。(C/C++ Call the MATLAB engine numerical simulation of the realization of operating environment: VC 6, matlab6 Notes: Differential Equations document )

使用有限时域差分法，用matlab模拟三维光子晶体(the simulation of TM mode in three-dimensional photonic crystals)

24G高集成度微波雷达芯片,一发二收，可组成阵列天线，数据处理后精度可达mm级(24 GHz transceiver MMIC with one transmitter and two receiver units • Fully integrated low phase noise VCO • Switchable prescaler with 1.5 GHz and 23 kHz output • On chip power and temperature sensors • Gilbert based homodyne quadrature receiver • Single ended RF input terminals)