Supply-center-positioning

凸轮演示，输入半径，偏心距等，程序自动画出凸轮(Demo cam)

用于隐藏向量分析的软件包及源码。独立成分分析算法的最新进展。( This Matlab package handles LiNGAM models with latent variables. The package contains the full code for all the experiments )

从数字电路角度，分析PI(比例和积分）环路滤波电路所组成的闭环控制环路的传输函数以及误差传输函数的形状，从中可以看书环路的peaking，3db带宽以及稳定性等性能(From the perspective of digital circuits, analyze the PI（propotional & integral) loop filter s closed-loop transfer function as well as the error transfer function, from which you can easily see the loop peaking factor, 3db bandwidth, and stability performance of the closed loop)

双正交PSWF 脉冲在UWB系统中的设计(PSWF pulse design in uwb system)

这是一个实现mm1排队系统的程序，希望对大家有所帮助(This is a mm1 queuing system program, we hope to help)

基于<<Discrete Fractional Fourier Transform Based on Orthogonal Projections》的分数阶傅立叶变换(Fractional fourier transform based on 《Discrete Fractional Fourier Transform Based on Orthogonal Projections》)

运用星座图重排策略的HARQ方案，与chhase combined 方案的比较仿真 (Using constellation rearrangement strategy HARQ scheme, comparing simulation program chhase combined)

说明：  antenna degign fractal

M-file for simulating a QPSK transmitter by modulating with a pseudo random bit stream. A serial to parallel conversion of the pseudo random bit stream is performed with mapping of two bits per symbol. A cosine and sine carrier is configured and the I and Q symbols modulate these carriers. The I and Q carriers are combined and time and frequency domain plots are provided showing key waveforms at various positions in the QPSK transmitter. (M-file for simulating a QPSK transmitter b y modulating with a pseudo random bit stream. A s erial to parallel conversion of the pseudo rand om bit stream is performed with mapping of two bi ts per symbol. A cosine and sine carrier is CBMs gured and the I and Q symbols Modulate these CARR IERS. The I and Q carriers are combined and a time nd frequency domain plots are provided showing key waveforms at various positions in the QPSK t ransmitter.)

一个相对简单的陀螺刻度系数与安装误差的标定程序。(this is a relatively simple program which is for calibration of scale coeffient and semeble error.)