GrangerTest

采用相关的算法进行同步，并可粗略估计出多径信道的时延(using the algorithm synchronization, a rough estimate can multi-path channel Delay)

输入的16个码元经过高斯滤波器后的输出波形(16 symbols input after the output waveform of the Gaussian filter)

这是用matlab实现的卷积码源代码加最终的结果图(This is matlab convolution code with the source code plus the final results of Figure)

滑模变结构控制的一篇文章中的所有完整程序，包括庞加莱截面图，功率谱，相图，时域图，控制程序等等。(All the complete procedure of an article in the sliding mode variable structure control, including the Poincare map, power spectrum, phase diagram, time domain chart, control program etc..)

这是一个利用维纳滤波实现语音增强的matlab程序.在输入语音信噪比不是很低的情况下,效果不错.(This is a use of Wiener filtering speech enhancement matlab program, good results in a low signal-to-noise ratio of the input speech is not the case.)

first-order Engquist-Majda ABC in an FDTD program for 2D-TMz Wave.

知名的 baseflight 四轴飞行器移植到匿名四轴的硬件上(Renowned baseflight quadrocopter transplanted into anonymous axis hardware)

this program was made using guide, it gives the energy and power of a ingresed signal.

we address the design of economical recursive generalized comb filters (GCFs) by proposing an ef- ficient technique to quantize the multipliers in the z-transfer function employing power-of-2 (PO2) terms. GCFs are efficient anti-aliasing decimation filters with improved selectivity and quantization noise rejection performance around the so-called folding bands with respect to classical comb filters. The proposed quantization technique guarantees perfect pole–zero cancelation in the rational z-transfer function of the GCFs, thus totally avoiding instability problems. Moreover, we propose the use of a simple droop compensator for the sake of recovering the passband droop distorting the useful digital signal in the baseband. A design example is proposed with the aim of showing the application of the proposed technique, and a practical architecture of a sample third-order GCF is discussed.

Find the ksdensity plot parameters