havel定理

这是一个对语音信号(0.3kHz~3.4kHz)进行低通滤波的C语言程序， 低通滤波的截止频率为800Hz，滤波器采用19点的有限冲击响应FIR滤波。 语音信号的采样频率为8kHz，每个语音样值按16位整型数存放在insp.dat文件中。-This c program is a low pass filter for radio signal 0.3kHz-3.4kHz.The stop frequence of this filter is 800hz.This digtal filter chooses 19 points FIR.the fs is 8kHz.every datas is memoryed in filed-insp.dat.

基于对话框用以+ - * / 计算，，，并且采用了较为简单的语言特点，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，，

使用汇编语言，将十六进制转化为二进制和十进制并输出显示。从键盘输入一个2位无符号的16进制数（00H~FFH），然后在显示器上同时以二进制和十进制形式显示出来。例如：  Pleaseinput N(00H-FFH): 9B          N= 9BH = 10011011B = 155

经典c程序100例-100 cases of classic c procedures

1.       自适应哈弗曼压缩算法。 对应程序AdaptiveHuffman。使用方法：把测试数据文件夹里的四种测试数据拷贝到/AdaptiveHuffman/Release/目录下，然后在控制台进入到Release目录，输入如下命令， @1, 压缩: AdaptiveHuffman.exe 1 带压缩的文件名 压缩的文件名 @2, 解压缩: AdaptiveHuffman.exe 2  请点击左侧文件开始预览 ！预览只提供20%的代码片段，完整代码需下载后查看 加载中 侵权举报

vc++6.0下的元胞自动机生成程序，好不容易找到的哦，非常好用!-vc++6.0 under the cellular automaton generating program, hard-won Oh, very easy to use!

关于求矩阵秩的程序，用高斯―约当消元法实现-On the procedure for matrix rank, using Gauss- Jordan elimination method to achieve

该程序是用C语言写的采用了动量方法的BP神经网络，它具有极其强大的扩展性，可用于函数的逼近及分类识别等各方面，语言书写规范，其中大量使用了动态分配一、二维数组的方法，该网络实例中实现的是对某一函数的逼近，输入层为二层，中间层可自己设定多达十几层，逼近精度非常精确。读者可根据自己的需要设定各层的数目以及相应的训练样本进行训练与测试。-The program is written in C language using the momentum method of BP neural network, which has extremely powerful scalability, can be used for function approximation and classification in areas such as language specification, including large-scale use of a dynamically allocated one, two dimensional array of methods, examples of the network realize that the approximation of a function, for the second input layer, middle layer can be set as many as a dozen layers, close to very precise accuracy. Readers may need to be set in accordance with its own number of floors and the corresponding training samples for training and testing.

资源描述 This file describes the settings to be used by the documentation system doxygen   for a project 该文件包含代码源文件及相应的实验用例图，和所参考的论文。

计算方法雅可比公式-calculation formula Jacobian