SNR_noinferenceincell_GUI

高斯脉冲的微分的MATLAB仿真程序，对超宽带脉冲宽度的改变和脉冲微分(Derivative of Gaussian pulse MATLAB simulation program, to change the UWB pulse width and pulse differential)

雷达信号处理源代码 对于雷达信号matlab仿真很有用(radar signal progress)

菲涅尔数字全息的程序，很实用的程序，可以实现全息图的模拟与再现(Fresnel holography)

该源码能够实现自动将同一文件夹下的仿真平台的dat数据结果转化为matlab能够读取的矩阵数据格式(The source code can be achieved automatically the dat data results of the simulation platform under the same folder into matlab matrix data format that can be read)

电力系统ieee5节点 simulink模型 可用于电力系统仿真，亲测可用(ieee5 node simulink model)

固定收益经典文献，详细论述各类固定收益产品设计与开发，不可多得的学习材料。(Fixed Income classic literature, discussed in detail the design and development of various types of fixed-income products, a rare learning materials.)

卫星通信链路中的雨衰动态特性分析，在卫星通信中，降雨衰减是非常值得关注的通信损耗，这篇论文讲述了雨衰的特点(The dynamic characteristics of rain attenuation in satellite communication link rain attenuation in satellite communications, communication loss is of great concern, this paper describes the characteristics of the rain attenuation)

k-d树的matlab程序，包含了KDTREE, KDTREEIDX and KDRANGEQUERY functions。提供了两个Demo scripts(kdtree_demo.m & kdrange_demo.m),很实用( This distribution contains the KDTREE, KDTREEIDX and KDRANGEQUERY functions. Included are the source code files in kdtree/src, as well as precompiled mex files for the following systems: - Mac OS X (Matlab 6.5) - Redhat Linux (Matlab 6.5) - Windows (Matlab 6.1) Two demo scripts are provided (kdtree_demo.m & kdrange_demo.m). The new features added June 2004: + You can now use N dimensional data points, where N>3. + Use KDTREEIND to return the index value to the closest point, instead of the closest point values. + KDRANGEQUERY can now return these index values as well. Written by/send comments or suggestions to : Guy Shechter guy at jhu dot edu June 2004 )

matlab里FFT变换时的频移程序，自动将FFT变化后的数据移到零频两边，方便好用(FFT transform in matlab frequency shift when the process changes automatically after the FFT to the zero-frequency data on both sides, easy-to-use)

说明：  La bVl EW和MATLAB在水声信号处理中的应用(LabVlEW MATLAB)