heat

把字库输出的24*24点阵的字符转换成12*24点阵，在逻辑片显示中应用比较合适(The font output 24* 24 dot matrix characters into 12* 24 lattice, in the logic of the application showed more appropriate to)

networked system estimation dynamic systems

本程序已被本人整理到WORD文档中，编程语言为MATLAB，本文设计的滤波器采用傅里叶级数展开法。模拟的杂波的功率谱密度采用BVURG法，概率密度函数的估计采用直方图估计法，设计参数皆在文档中表明。此程序已经验证是正确可执行的，并能生成图形，值得下载！-This program has been organized into WORD document I, the programming language MATLAB, the filter designed in this paper Fourier series expansion method. Simulated clutter power spectral density using BVURG method, the probability density function is estimated using histogram estimation methods, design parameters are indicated in the document. This procedure has been verified is correct executable, and can generate the graph, it is worth to download!

可见光通信是通过驱动电路将电信号转换成光信号并通过LED 发射出去，接收端通过光检测设备接收光信号，并提取其中有用的信号分量，从而实现通信。 研究OFDM和MIMO的关键技术，并针对室内可见光通信系统提出合适的MIMO-OFDM 方案。(isible light communication is through the drive circuit converts electrical signals into light signals and transmitted through LED, the receiving end through the optical detection device receives the light signal, and extract the useful signal component, so as to achieve communication. The key technologies of OFDM and MIMO are studied, and an appropriate MIMO-OFDM scheme is proposed for indoor visible light communication systems.)

20040928111024_vczx_fonts

英雄wap在线网页游戏。online, 游戏、网上城堡的英雄, heroes(Heroic online games Online, the game, the hero of the online castle, heroes)

基于最佳维纳滤波器的盲解卷积算法，给定信号为任意类型子波，期望输出可以有五类选择 （类型1：零延迟尖脉冲；类型2：任一延迟尖脉冲； 类型3：时间提前了的输入序列；类型4：零相位子波；类型5：任意期望波形。）(Blind deconvolution algorithm based on Best Wiener Filter (Blind Deconvolution) has five types of desired output (type 1: zero-delay spike; type 2: any delay spike; type 3: time-advanced input sequence; type 4: zero-phase wavelet; type 5: arbitrary desired waveform).)

快速离散分数傅里叶变换，采样型、特征分解型、一维、二维等(digital fractional fourier transform)

OP27G数据手册,精密运算放大器，来自德州仪器公司。(OP27G datasheet)

说明：  类似于vs，浩方对战平台源码，仿写的一个平台程序(Similar to a platform for program vs. ho war platform source, Imitative)