哈夫曼编码

本代码是《计算机常用数值计算算法与程序 C++版》一书的配套数值拟合与逼近代码，这些C++程序已经在Virsual C++ 6.0环境下通过。注意，在VC++ 6.0中设置好路径，特别是include目录(文件夹)的路径，否则在编译时会出现找不到头文件的错误，使编译无法正常进行。-the code is "commonly used computer numerical algorithms and procedures C version," a book supporting numerical approximation fitted with the code, these procedures have been in C C 6.0 Virsual environment through. The attention of the VC 6.0 installed path, in particular include directory (folder) path, otherwise there will be compiled header files could not find the mistakes and the compiler not normal.

基于AVR的DS18B20函数设计，利用LCD模块显示温度变化，精度高，反应迅速。-AVR-DS18B20 function design based on the use of LCD modules show that the temperature changes, high precision and rapid response.

用幂法与反幂法求矩阵的最大特征值及最小特征值-with power law with the anti-power method for matrix eigenvalue of the largest and the smallest eigenvalue

vc编写 计算圆周率程序-vc preparation procedures calculated pi

这 8 拼图规划求解。你输入你讨厌的小 8 拼图和它的当前状态将使用 Hillclimbing 算法来计算的你可以用来解决这一难题的动作列表。它是与交互式文本模式基于接口在 c + + 写的。请输入数字 0-8。保持你的光程长短期可以，并使节点 1 和 65536 之间的数目 （在 x86 计算机） 上。

implement basic routines in Matlab and Octave (currently using Matlab R13) for simulating adaptive beamforming and filtering for antenna arrays.

蚁群算法的源代码，里面有详细的实现过程，有很好的参考价值-Ant colony algorithm source code, which the realization of the process in detail, have a good reference value

基于前面上传的变系数的椭圆型方程的例子，来加入移动网格的模块，使得网格能够更加集中于数值解中的弱间断的位置。这个移动网格模块的算法，整个网格的边界和内部将会耦 合移动，因此，在区域的不同边界上，需要使 用不同的材料标识才能使得程序对每个不同的 边界上的信息加以区分。-Based on the previous upload of the variable coefficient elliptic equations example, to join the moving mesh module, the grid will be more focused on the numerical solution of a weak intermittent position. The moving mesh algorithm module, the entire grid will be the coupling of internal borders and movement, therefore, different from the border region, the need to use different materials in order to make identification procedures for each different borders to distinguish between the information.

数字积分插补算法, 用C 语言描述的，并且在VC++环境下调试通过，支持直线与圆的插补运算，

任意精度计算的实现-arbitrary accuracy, the realization