mosaic-image

说明：  快速脊波逆变换。也称为伴随和伪逆。也成为快速三角波逆变换。(Fast Inverse Curvelet Transform.This is in fact the adjoint, also the pseudo-inverse)

该程序实现了A律13折线量化编码过程。包括两种译码方法：1手工译码法，2逐次反馈法。(the program achieved a 13 dogleg A legal quantify the encoding process. Including two decoding methods : a manual decoding, two successive feedback.)

 检查数据：如果某一组转速N下数据点少于5个点，给出提示：“数据点少不能绘制曲线”。  插值：每一条转速N线上的测量点个数可能不一样，按照测量点数最多的个数，将测量点少的数据插值成测量数据点最多一样的个数 ( check data: If a group speed N under the data point is less than 5 points, hints: " The few data points can not draw a curve. The  interpolation: each a speed N line, the number of measurement points may be different, in accordance with the maximum number of measurement points, the measurement point less data is interpolated to the measurement data points up the same number of)

最小二乘，极大似然定位算法，其中包括二维和三维的最小均方误差定位算法以及连续定位算法(Least squares, maximum likelihood localization algorithm, which includes two-dimensional and three-dimensional minimum mean square error localization algorithm and continuous positioning algorithm)

水印抗攻击测试,基于小波变换，用于检测加入水印后图像的鲁棒性(Watermark anti-attack test for the detection of the robustness of the watermarked image based on wavelet transform)

回波抵消器中常用的几种自适应滤波算法有LMS, NLMS, RLS等算法。对现有主要算法的性能进行了分析，并对优缺点进行评价和比较。为了在收敛速度和运算量之间得到很好的折衷，对NLMS算法改进，得到了 PNLMS(Echo cancellation devices commonly used in adaptive filtering algorithm has several LMS, NLMS, RLS, such as algorithms. The main algorithm of the existing performance analysis, and evaluation and comparison of the advantages and disadvantages. For the convergence between computing speed and a good compromise on the NLMS algorithm improvements have been PNLMS)

在simulink基础上搭建的OFDM系统的仿真框图，可以设置具体参数(Based on the built in simulink OFDM system simulation block diagram, you can set specific parameters)

本程序是混沌现象测试的源代码,揭示了混沌系统的特性(This procedure is the chaos phenomenon test source code.Characteristics of chaotic system are disclosed )

海伦型积分方程，用于矩量法求线电流，如偶极子天线(Helen-type integral equation for the moment method for the line current, such as the dipole antenna)

用SLM方法来减小OFDM系统的PAR，给出在不同的M值下，系统的PAR曲线图。(To reduce the use of SLM OFDM system PAR, gives the different values ​ ​ of M, the system PAR of Fig.)