C-C-Method

this is code for human mouse interfacing

系统识别大牛Ljung对最新时域和频域技术的总结，感兴趣的朋友可以看一看！(Identifi cation of time-invariant linear dynamic systems is a mature subject. In this contribution we focus on the interplay between methods that use time and frequency domain data, respectively. )

卷积码编码器的实现，是误码性能分析的一部分(Implementation of convolutional encoder)

基于时域有限差分法的带挡板平行板传输线的研究(Basierend auf der Finite-Differenzen-Methode im Zeitbereich mit Schallwand parallelen Platte übertragungsleitung)

基于LMS算法的噪声对消程序，设定了正弦信号，及噪声(LMS noise cancellation Set in a sinusoidal signal, and noise)

MOPSO代码实现，对MOPSO的算法进行了具体的代码描述，清晰地体现代码实现过程。(MOPSO code for MOPSO algorithms specific code description clearly reflect the code implementation process.)

对小波X={0,1,...,10}进行一次分解与重构(Of the wavelet X = (0,1 ,..., 10) for a decomposition and reconstruction)

说明：  修正文档，利用matlab对初始值和优化值的偏差系数进行计算，计算结果做修正分析(Revised document, the use of matlab optimization of the initial value and the deviation coefficient is computed and the results do correction of the)

SVD-TLS算法进行参数估计，本文用SVD-TLS算法估计观测信号的功率谱，步骤如下： （1） 计算样本相关函数矩阵R的SVD，并存储奇异值和矩阵V （2） 确定R的有效秩，本文使用的是归一化奇异值法来求有效秩 （3） 用总体最小二乘法估计参数 (SVD-TLS algorithm for parameter estimation, this paper observed SVD-TLS algorithm estimates the signal power spectrum, the following steps: (1) Calculate the sample correlation function matrix R, SVD, and store singular values and matrix V (2) to determine R, effective rank, this is normalized using the singular value method to be effective rank (3) The total least squares method to estimate the parameters)

雷达应用中，杂波背景中区分出有用目标回波的恒虚警(CFAR)检测技术 源程序( Radar applications, clutter useful to distinguish target echo CFAR (CFAR) detection technology source)