YUANLP

实际光源不是绝对的单色，包含一定的光谱宽度△λ。△λ范围内的每一种波长的光都生成各自一组干涉条纹，除零干涉级外，相互间均有位移，使条纹对比度下降。(The actual light source is not absolutely monochromatic, contain a certain spectral width △ λ. Each wavelength of light within the range △ λ generates a set of interference fringes each, in addition to the zero level outside interference, mutual displacement are so fringe contrast decreases.)

in this theeses work we analysze the papr for better power performance in ofdm system ...............................with comparison to paper

BEARINGANALYSIS MATLAB code for bearingAnalysis.fig BEARINGANALYSIS, by itself, creates a new BEARINGANALYSIS or raises the existing singleton*. H = BEARINGANALYSIS returns the handle to a new BEARINGANALYSIS or the handle to the existing singleton*. BEARINGANALYSIS( CALLBACK ,hObject,eventData,handles,...) calls the local function named CALLBACK in BEARINGANALYSIS.M with the given input arguments. BEARINGANALYSIS( Property , Value ,...) creates a new BEARINGANALYSIS or raises the existing singleton*. Starting from the left, property value pairs are applied to the GUI before bearingAnalysis_OpeningFcn gets called. An unrecognized property name or invalid value makes property application stop. All inputs are passed to bearingAnalysis_OpeningFcn via varargin. *See GUI Options on GUIDE s Tools menu. Choose "GUI allows only one instance to run (singleton)".

使用matlab来建立传感器网络的系统模型，对于目前广泛研究的无线传感器网络的研究很有帮助(Use matlab to create a sensor network system model, with the present extensive study of wireless sensor networks research helpful)

simulink model for SAW FIlter

image reconstruction using hybrid transform

广义互相关时延估计，瑞利限广义互相关时延估计，瑞利限广义互相关时延估计，瑞利限(Generalized cross-correlation delay estimation, generalized Rayleigh limit cross-correlation delay estimation, generalized Rayleigh limit cross-correlation delay estimation, the Rayleigh limit)

说明：  matlab的边缘检测程序，里面还附带和别的算法比较程序(matlab edge detection process, which is also attached to the procedures and other algorithms)

chirp信号产生比较 If you are aware of this and would still like to have a pseudo-chirp then you can take a look at the example below. I show the difference between trying to generate the type of chirp you are after and a real chirp signal. I also plot the derivative of the resulting signals, so I can highlight that between half cycles you will have a sometimes subtle (sometimes not so subtle) jump in gradient. (chirp signal generation If you are aware of this and would still like to have a pseudo-chirp then you can take a look at the example below. I show the difference between trying to generate the type of chirp you are after and a real chirp signal. I also plot the derivative of the resulting signals, so I can highlight that between half cycles you will have a sometimes subtle (sometimes not so subtle) jump in gradient. )

此为MATLAB简明教程，入门的话非常值得一看(This is a concise MATLAB tutorial and introductory words are worth a visit)