es_curvecaratt

详细阐述了设计通信网络仿真环境里的各个参数，如带宽，延迟，掉包率，等等因素，这里的网络包括了WLAN，3G以及各种业务所需的基本条件(Detail the design of communication network simulation environment, all parameters such as bandwidth, delay, substitution rate, among other factors, where the network includes a WLAN, 3G, and the basic conditions required for various services)

本程序为《自适应信号处理》（王永德等译，机械工业出版社）书中107图SER算法和LMS算法比较的源程序，仿真效果和书上一致(This program is " adaptive signal processing" (s Acoustic other translation, Mechanical Industry Press) book 107 SER algorithm and LMS algorithm for graph comparison of the source, the simulation results and the same book)

基于bandelet去噪的测试函数,并用信噪比进行评估(It is used for testing the Bandelet denoising)

从网上找到的一个不错的matlab代码和大家分享，模式处理方面的东西，我也不怎么懂(program of matlab )

由于Kalman 滤波算法将被估计的信号看作在白噪声作用下——个随机线性系统的输出， 并且其输入输出关系是由状态方程和输出方程在时间域内给出的， 因此这种滤波方法(Because of Kalman filtering algorithm will be estimated as the signal in white noise-a random under the action of linear systems, and its output input and output relationship is by the state equation and output equation in time domain are within the, so the filtering method )

火焰检测的matlab实现方法里面有实现特征提取语句(Flame detection)

说明：  《小波十讲》（TenLecturesonWavelets）是一本世界范围公认的经典学术名著，是当代数学著作中一本影响巨大的绝妙好书。书中包含了20世纪80年代以来世界上有关小波分析的最先进成果，也包含Daubechies本人关于紧支撑小波的卓越成就。(&quot Ten Lectures on Wavelets&quot (TenLecturesonWavelets) is a worldwide recognized classic academic works, works of contemporary mathematics a tremendous impact on the wonderful books. The book contains 80 since the 20th century the world' s most advanced achievements of wavelet analysis is also included on the compactly supported Daubechies wavelet my achievements.)

半车模型，考虑车辆悬架，前后俯仰等自由度，利用S函数编写(Half car model, considering vehicle suspension, front and rear elevation and other degrees of freedom, the use of S-function written)

在matlab环境下，实现用Ｂ样条函数构造小波函数的源程序，经仿真，正确(In the matlab environment, using B-spline function of the source wavelet function constructed by the simulation, the correct)

matlab环境下，使用双线性插值法实现缩放图像(matlab environment, using a bilinear interpolation method to achieve image zoom)