sensable_7_0_1

产生持续固定持续时间的正弦脉冲并绘制出其频谱图 (Have a fixed duration of continuous sinusoidal pulse and frequency spectrum to map out its)

gauss and horner numerical simulation

QAM simulator for AWGN, multipath channel

极化干涉SAR高度反演程序，实现了对polarsar软件产生的仿真数据用三阶段算法反演出了高度(Polarimetric SAR interferometry height inversion program the simulation data the polarsar software with a three-stage algorithm show a high degree of anti-)

二维光子晶体禁带的MATLAB源码,光子晶体中因周期性结构而存在的频率禁带称为光子禁带，光子禁带的存在是光子晶体具有广泛应用前景的重要原因。 禁带越大，可控光的频带也越宽(Two-dimensional photonic crystal band gap of MATLAB source, photonic crystal structure exists because of the cyclical frequency band known as photonic band gap, photonic band gap is the existence of photonic crystal has a broad application prospects of the important reasons. The greater the band gap, controllable light the more wide-band)

上一个的继续,连续有九个压缩文件,大家可以打开解压后自己慢慢享用,这个都是本人调试通过了的,希望共同进步!(To the last, continuous nine compressed files, you can open their own after extracting slowly to enjoy, this is my debug adopted, hope and common progress!)

峭度相关最大化解卷积（MCKD），可以用来设计滤波器，提取噪声背景下的冲击成分(maximum related Kurtosis deconvolution (MCKD), can be used to design a filter to extract the impact of background noise component)

WAVEVIB generates a vibroseis waveform (Clauder wavelet) by ％ first calling SWEEP to generate a linear sweep and then calling ％ AUTO to autocorrelate that sweep. Theoretically, the autocorrelation ％ length is ~ 2*slength but only only the central wlength long ％ part is generated. This is like windowing the auto with a boxcar.(WAVEVIB generates a vibroseis waveform (Clauder wavelet) by first calling SWEEP to generate a linear sweep and then calling AUTO to autocorrelate that sweep. Theoretically, the autocorrelation length is ~ 2* slength but only only the central wlength long part is generated. This is like windowing the auto with a boxcar.)

MATLAB用于AWGN信道中产生512点算法!(MATLAB for AWGN channel generated 512 points algorithm!)

matlab求解半波天线,矩量法解双位方程，求直线天线表面电流分布 (matlab--antenau=u+I1(1,m).*sin(thita(1,n)).*exp(j*k0*z(1,m).*cos(thita(1,n))).*L/(N*lamda))