ch2

本源码将横向自适应滤波器和格型自适应滤波器的LMS算法综合在一起,对起权系数跟踪性能可以做较好的比较(The source transverse adaptive filter and adaptive lattice filter LMS algorithm combined starting weight coefficient tracking performance can do a better comparison)

linear interpolation a source code for Matlab software about math

对数据进行reof处理，得到数据的空间模态和时间系数(Matlab function of reof)

用matlab编写的求解10城市、31城市、70城市的TSP蚁群算法，供大家学习只用，算法简洁明了，注释全，易理解。(Using matlab to solve 10 cities, 31 cities, 70 cities TSP ant colony algorithm, only for them to learn the algorithm concise, notes the whole, easy to understand.)

This should be a signal with sin(x) presented

使用matlab自己编写的改进的lda代码(lda use matlab,i do it by myself)

说明：  MATLAB中很多函数，这是一个MATLAB函数大全的总结，希望对学习MATLAB的友友们有所帮助(Many MATLAB functions, MATLAB Function This is a summary of Guinness, and they hope to learn MATLAB help of the Friends of friends)

编写程序完成不同滤波器的图像频域降噪和边缘增强的算法并进行比较，得出结论,效果很好，多种方法工你选择，文档中包含图片( Image Frequency noise reduction and edge enhancement algorithms to program completion and compare different filters, concluded that the effect is very good, work a variety of methods to choose from, the document contains a picture)

奥本海默 《数字信号处理》 第二版 学习DSP的经典教材(A.V.Oppenheim, 《Digital Signal Processing》 Second Edition The classic textbook learning DSP )

有限差分方法（网格法）是最早使用的一种电磁场数 值计算方法。 边值问题 物理思想：场域离散。 （连续区域→网格和节点） 数学基础：差分原理。 （微商→差商） 线性代数方程组 §6-3 有限差分方法 作为数值计算方法，有限差分法将连续场域的问题变换 为离散系统的问题（连续场域划分为若干个细小的区域：网 格和节点）。也就是说通过离散化模型上各离散点的数值解 来逼近连续场域内的真实解。(The finite difference method (grid method) is the earliest use of an electromagnetic field the number of Value method. Boundary Value Problems Physical idea: the field of discrete. (Contiguous area → grid nodes) Mathematical foundations: the difference principle. (The Derivative → difference quotient) Linear algebraic equations. § 6-3 Finite Difference Method Numerical methods, finite difference method will transform the problem of the continuous field For discrete systems (continuous field is divided into several small areas: network Grid nodes). That is, the value of the discrete points in the discrete model solution To approximate the true solution of the continuous field domain.)