M_M_1_QueueModel

当前经典的合成孔径雷达成像算法为：RD，CS和RMA。压缩包里有这三个算法的Matlab代码，这些代码对初学者是非常有用的。 (Three classic image formation algorithm for Synthetic Aperture Radar(SAR) are RD, CS, RMA. They can be obtain in Matlab Code, and they may be usefull to beginners. )

说明：  人脸检测的MATLAB代码，包括训练过程。程序的中间用到了PCA的方法。(MATLAB code for face detection, including the training process. Procedures used in the middle of the PCA approach.)

基于horn-schunck算法的matlab源代码；其中输入一个视频可以用这一算法计算出u和v；即在x和y方向上的速率； (Algorithm based on horn-schunck matlab source code enter a video in which the algorithm can be used to calculate the u and v that x and y directions in the rate )

图像建模Markov随机场，希望对大家有帮助，呵呵。(images Markov modeling with the airport, and I hope to be helpful, huh.)

说明：  基于梯度相似度的图像质量评价方法，发表在2012年TIP国际期刊上(Full reference image quality evaluation)

北航刘金锟老师的《智能控制第二版仿真程序》完整matlab源程序(Beihang Liu Kun teachers, " intelligent control simulation," complete matlab source code)

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.)

matlab 数字图像处理，灰度调整，gamma变换，灰度直方图，均衡直方图(Matlab digital image processing, gray scale adjustment, gamma transformation, gray histogram, balanced histogram )

矩形检测,基于MATLAB的利用霍夫变换，自己弄的，很实用(rectangular detection)

本程序是基于LeventCode平台作的。 ---包括以下方法： BivaShrink方法、模型1、模型2、模型3（TrivaShrink方法）、BayesShrink方法、LAWMLShrink方法的DWT实现和DT_CWT实现。(This procedure is based on the LeventCode platform for the. --- Including the following methods: BivaShrink method, model 1, model 2, model 3 (TrivaShrink method), BayesShrink method, LAWMLShrink method of DWT implementation and DT_CWT achieve.)