连通性判断

radar transmited power implementation codes from OSi

误码率与信噪比对比图形的仿真源码，即BER VS SNR，通信源程序。(BER and SNR contrast graphics simulation code that BER VS SNR, communication source.)

用于matlab 的地理分析包。 最新版，1.4f(M_Map is a set of mapping tools written for Matlab v5 and later. These include: Routines to project data in 19 different spherical projections (and determine inverse mappings) A grid generation routine to make nice axes with limits either in lat/long terms or in planar X/Y terms. A coastline database (with 1/4 degree resolution) A global elevation database (1 degree resolution) Hooks into freely available high-resolution coastline and bathymetry databases)

1.本程序是自己刚刚接触SAR时编写的时域星载SAR点目标回波仿真，包含了卫星轨道模型、计算星目斜距时用到的各种坐标系转换、SAR回波计算模型以及简单的SAR成像模型，希望对初学者有所帮助。 2.相应的参考资料可查找《卫星轨道姿态动力学与控制》及《魏钟铨_合成孔径雷达卫星》；(1. This program is just contact with their own prepared when the time domain SAR spaceborne SAR point target echo simulation, contains the satellite orbit model, the satellite project when the use of a variety of slant range coordinate system conversion, SAR echo calculation model and SAR imaging model simple, want to help beginners. 2. The corresponding reference can be to find " satellite attitude and orbit dynamics and control" and " Wei Zhong Quan _ synthetic aperture radar satellites" )

this is a source code for localisation of number plate

基于harris技术图像角点的检测，标准的算法，可以改变其中参数，来改变显示效果(Detection based on the the Harris technical image angle point, the standard algorithm, where the parameters can be changed, to change the display effect)

说明：  使用matlab实现最大类间方差法，即OTSU(The use of matlab for maximum between-class variance, that is, OTSU)

说明：  结合李银斌同学的论文第三章，得到NUFFT算法。zl为非均匀采样值，xl为非均匀网格点，ul为与xl最近的均匀网格点。得到的zk为，均匀频谱(Non-uniform fast Fourier transform)

本文介绍的是一种改进的SPIHT算法，是基于图像编码的小波系数块的，它主要是把四个系数分成一个块，与阈值比较，分出重要与非重要，在进行编码。(This article is a modified SPIHT algorithm is based on the wavelet coefficients of image coding block, it is mainly divided into the four coefficients of a block, compared with the threshold value, separate the important and non important, during the encoding.)

说明：  模糊控制实例说明，请大家下载观看哦，希望对你们有用(Fuzzy control examples, please download watch Oh, I hope useful)