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用Matlab实现现代功率谱估计，主要有Levinson法，Burg法，协方差法及修正协方差法，四种方法的结果放到一起进行比较，有详细的注释(Using Matlab implementation of modern power spectrum estimation, the main has Levinson Law, Burg method covariance method covariance method, and the amendment, four ways to put together the results of comparison, there is a detailed explanatory note)

小波阈值去噪，给出了几个小波阈值去噪的常用方法，供大家参考(Wavelet threshold denoising is given several commonly used wavelet threshold denoising method for reference)

提供您如何建立软件开发验证测试流程的建立及相关表格的參考(It is helpful for one to establish the flow of software verification process.)

说明：  利用自相关函数进行数据同步，解决了盲同步不准确的情况(use of the correlation function for data synchronization, a blind solution is not accurate synchronization of)

设计了一种具有异周期毗邻结构的新型循环前缀,提出了相应的OFDM 频偏估计算法。该异周期毗邻结 构循环前缀由CP1 和CP2 两部分构成,使OFDM 符号具有双周期特征。通过引入较短的CP1 ,牺牲极少的资源, 可以有效克服现有频偏估计方法中的固定频偏估计范围的缺陷,同时具有频偏估计范围大,精度高的特点。(This paper proposes a heter2cycle abutted CP st ructure and a two2step OFDM carrier f requency calibration algorithm. The cyclic prefix of the new cyclic prefix is made up of CP1 and CP2 , which provide the character of double2cycle for OFDM symbol. By int roducing a short CP1 , the proposed algorithm can overcome the defect of fixed f requency off set estimation range in current f requency estimation method , and achieves larger f requency esti2 mation range while obtaining fine f requency calibration.)

用逆累积分函数算出随机变量X满足拉普拉斯分布的随机数 (Random variable X is calculated using the inverse tired integral function to meet the Laplace distribution of the random number)

HHT的基本理论(黄先生的原文) 小波板换希尔伯特黄变换；理算小波变换原文(Signal filtering, Wavelet transform, Hilbert-Huang transform DWT (Discrete Wavelet Transform) och HHT(Hilbert-Huang Transform).)

对时变的具有码间串扰ISI的信道，进行信道估计,改善了系统的性能(With the code of the time-varying inter-channel crosstalk ISI to carry out channel estimation and improved the performance of the system)

单、双基SAR大斜视Matlab成像算法程序。( High Squint Imaging Alogrithm of SAR )

一种考虑互耦计算大型阵列天线辐射和散射场的新方法(A large array antenna mutual coupling calculation of radiation and scattering field to consider new methods)