应税金额问题， 应税金额问题， 应税金额问题， 应税金额问题，...

bpsk 调制和解调 BPSK调制解调直接序列扩频系统源代码(白噪声及瑞利衰落误码率比较)(communication simulation programming source)

说明：  人工神经网络实验之一，用Hopfield网络解决旅行商问题。文件中除源程序外还有word文档对算法，理论，问题描述，实验结果，实验分析的完整介绍(experimental artificial neural network, Hopfield network Traveling Salesman Problem. Apart from the source document but also have a word document of the algorithm theory, and the problem description, experimental results, experimental analysis of the complete briefing)

说明：  这个是做模糊图像处理的一些例子，以及代码。各种方式去噪去模糊(This is to do some examples of fuzzy image processing, and code. Denoising a variety of ways to fuzzy)

HV line simulation program

matlab 的函数库中的全部函数的功能的简单说明。(matlab function library features all the functions of easy description.)

基于matlab中的simulink的pcm编码解码器的仿真结果(Simulink in matlab based on the pcm codec simulation results)

<最优化及matlab的应用>课后题的编程(Most optimized operating)

说明：  以悬臂梁为例，用有限元法编程生成质量矩阵和刚度矩阵（采用平面梁单元，单元数在10到30之间）。 使用matlab的用于广义特征值问题分析的函数（eig(A,B,'chol')，该命令使用乔莱斯基分解的方法，计算对称矩阵A和对称正定矩阵B的广义特征值问题。A对应刚度矩阵，B对应质量矩阵）计算梁的前三阶固有频率和振型，计算得到梁的前三阶固有频率和振型，并画出振型图。(Taking cantilever beam as an example, the mass matrix and stiffness matrix are programmed by finite element method (using planar beam elements, with units ranging from 10 to 30). Using Matlab's function (eig (A, B,'chol') for the generalized eigenvalue problem analysis, the command uses the Jo Lessky decomposition method to calculate the generalized eigenvalue problem of the symmetric matrix A and the symmetric positive definite matrix B. A corresponds to the stiffness matrix and B corresponding to the mass matrix. The first three natural frequencies and modes of the beam are calculated, and the first three natural frequencies and modes of the beams are calculated, and the vibration pattern is drawn.)

基于低频融合算法和小波变换编写的图像融合Matlab程序，包含了基本的小波图像分解与重构程序。(Fusion algorithm based on the low-frequency and wavelet transform image fusion prepared Matlab procedures, including the basic wavelet image decomposition and reconstruction process.)

不可压缩流体的有限元快速迭代求解,是书籍的附带源代码实现(Finite Elements and Fast Iterative Solvers: with Applications in Incompressible Fluid Dynamics)