资源列表
Huffcoding
- 代码实现哈弗曼编码问题 文本输入 文本输出 运行环境为vc++6.0 运行没有错误-huffman coding
showpixel
- 任意读取一幅BMP图像，可以得到图像上任意一点的像素值，读取窗口可以移动，大小可变-Any reading a BMP image, the image can be any point on the pixel value, read the window can be moved, the size variable
k-means-and-cure-in-Iris-Data-Set
- 聚类算法实验,采用两种不同类型的聚类算法:基于划分的聚类方法k-means和基于层次的聚类方法CURE，采用的数据集是：Iris Data Set，数据集中共包含150组数据信息。 材料中有详细的说明文档，具体介绍了算法实现的细节，很容易理解-Clustering algorithm experiment, using two different types of clustering algorithm: Partition-based clustering method k-means
fminsi
- 用Fortran语言编写的Nelder-Mead优化程序，可用于解决无约束优化问题。-Written in Fortran Nelder-Mead optimization procedure can be used to solve unconstrained optimization problems.
RANSAC
- RANSAC,随即抽样一致性，用于匹配和去除野点，很有效很著名-RANSAC,RANdom SAmple Consensus,for matching, effictive and famous
a^b-mod-c
- 给出三个整数a,b,c；求解 a^b mod c 给出三个整形，其中a>=0,b>=0,c>1.输入以 0 0 0 结束。 -Given three integers a, b, c solving a ^ b mod c Given three plastic, which a> = 0, b> = 0, c> 1. 0 0 0 to end input.
cal1
- 用C#编的插值计算方法，非常有用，欢迎下载-with c# the value of computation
NetCDF3.6.1Beta1.Win32.for.CVF.IVF
- 0. Tree of the prebuilt NetCDF-3.6.1 Beta1 Win32 file "NetCDF3.6.1Beta1.Win32.for.CVF.IVF.rar" 1. Using pre-built binaries 2. Using NetCDF libraries in Compaq Visual Fortran (CVF) 6.* and Intel "Visual" Fortran(IVF) 9.*, 10.
vector
- 用vector<string> 来模拟大数（长度超过int 型整数长度）的存取和运算，初步实现了加法、减法、乘法、除法运算。 -With the vector <string> to simulate large numbers (integer length is longer than int) access and operations, the initial realization of addition, subtraction, multiplicati
CPP-math-algorithm
- C++数值算法，包含了各种基本的排序、查找、插值、拟合、常微分方程求解、线性代数的运算、汉字操作等等代码-C++ code for math algorithm
FastICA
- FastICA matlab工具箱，附使用说明-FastICA matlab toolbox
chaoliujisuan
- 一个典型的直角坐标牛顿拉夫逊法程序，用于电力系统的潮流计算，程序可计算带PQ节点、PV节点、平行支路、接地支路、非标准变比变压器支路的电力系统潮流，通用性良好。-A typical Cartesian coordinate procedures Newton Raphson method for power system load flow calculation, the program calculates the node with the PQ, PV nodes, the parall