chap3

This paper is a compilation of the book s problems Mitra digital signal processing 3 ed second work

说明：  MATLAB是由美国mathworks公司发布的主要面对科学计算、可视化以及交互式程序设计的高科技计算环境。它将数值分析、矩阵计算、科学数据可视化以及非线性动态系统的建模和仿真等诸多强大功能集成在一个易于使用的视窗环境中，为科学研究、工程设计以及必须进行有效数值计算的众多科学领域提供了一种全面的解决方案，并在很大程度上摆脱了传统非交互式程序设计语言（如C、Fortran）的编辑模式，代表了当今国际科学计算软件的先进水平。　(MATLAB is a U.S. company' s main face mathworks scientific computing, visualization and high-tech interactive computing environment programming. It numerical analysis, matrix computation, scientific data visualization and nonlinear dynamic systems modeling and simulation, and many other powerful features in an easy to use integrated Windows environment for scientific research, engineering design and the need for effective numerical calculation many fields of science provides a comprehensive solution, and largely out of the traditional non-interactive programming language (such as C, Fortran) of the edit mode, on behalf of the current international advanced level of scientific computing software.)

涡度通量数据处理，坐标旋转之平面拟合坐标旋转，系数计算(Eddy flux data processing, the rotation of the coordinate plane fitted coordinate rotation, coefficient)

这是一个画等温线的matlab程序，里面有txt介绍，有需要的人，可以下载学习。(This is a painting isotherms Matlab procedures, which have txt, those who need it, you can download to learn.)

说明：  相关的格子玻尔兹曼的matlab应用编程，下载即可运行，包括圆柱绕流，泊肃叶流等等(Matlab application program of lattice Boltzmann can be downloaded and run, including cylindrical flow, Poiseuille flow and so on.)

连续波雷达的仿真代码，具有一定的参考意义(CW radar simulation code, with some reference value)

自己写的回声对消算法rls,frls,nlms,apa的matlab仿真，还附有音频文件，和详细的文档说明，很详细，非常适合本科生做毕业设计。(A project on AEC, including rls, frlf, nlms and apa, is carefully writen and would be very helpful to undergraduate students.)

格子Boltzmann多组分多相流模型，来模拟相分离(Lattice Boltzmann Model for multi-compent and multiphase)

Please read THIS DOCUMENTE

Bessel低通滤波器特性幅频及相频特性分析及其阶跃响应和方波响应(Bessel low-pass filter characteristics of amplitude and phase frequency characteristics of frequency and step response and the square wave response)