NND18HN

该教程为MATLAB基础及其应用教程，介绍MATLAB的各种命令和函数(The tutorial is based on MATLAB and its application tutorial introduces various commands and functions of MATLAB)

A demo showing how work the basic active conter method (snakes).

可能性聚类算法，是针对模糊聚类算法FCM的改进(The possibility of clustering algorithms, fuzzy clustering algorithm FCM improvements for)

广义S变换，用于时频分析，是S的改进形式(Generalized S-transform, used in time-frequency analysis, is an improved form of S)

说明：  图像色彩空间RGB到HSL的转换Matlab程序。(images to RGB color space conversion Matlab HSL procedures.)

matlab写的语音短时时域处理的代码。 里面有详细的介绍和要求。(matlab written speech short time domain processing code)

图像插值放大，最近邻，双线性，双三次matlab实现(The image interpolation enlarge nearest neighbor, bilinear, bicubic matlab achieve)

Fast Report Implementation that creating report for any use (eg. master report)

非线性模式分析模型，很好用，是我的毕业设计，通过验证(he nonlinear model analysis model, very good with, is my graduation design, through the verification )

The (a) section of Figure 1 illustrates the Line Echo Canceller (LEC) residing in the access network where echoes occur. Other voice processing modules, such as Automatic Level Control (ALC) and Noise Reduction (NR), are shown merely for illustration purposes. On the terminal side, both acoustic and electrical echo can occur. If the voice terminal is a speaker telephone set with an open acoustical path from the speaker to the microphone, the effect of acoustical echo is combined with the effect of the network echo. Because there is only a miniscule delay between the electrical signal and its echo, the speaker/listener is exposed to an effect known as side tone. Typically, instead of mounting a LEC at the terminal, side tone circuitry is placed to control the amount of the returned energy. The (b) section of Figure 1 shows examples of echo canceller signals representing the following: