资源列表
Maze
- 自己编制的迷宫生成算法和寻路算法，寻路算法比较简单，主要是生成算法比较有意思-Preparation of their own maze generation algorithm and pathfinding algorithm, pathfinding algorithm is relatively simple, the generation algorithm is more interesting
jisuanqi
- C#源码 双行显示 简易计算器 供大家参考-C# source code line shows the simple calculators for your reference
Generating-MultiplicativData-Rates
- 伪随机序列数据的产生，用于产生理论上差距不大的随即数列-Generating Multiplicative Pseudo-Noise Codes to Support Multiple Data Rates
round-and-round
- 初中数学课程——圆与圆的位置关系PPT，其中有详细讲解，简单易懂-Junior high school mathematics curriculum- round and round the position of the relationship between PPT
huffman_string
- 哈希算法将任意长度的二进制值映射为固定长度的较小二进制值，这个小的二进制值称为哈希值。哈希值是一段数据唯一且极其紧凑的数值表示形式。如果散列一段明文而且哪怕只更改该段落的一个字母，随后的哈希都将产生不同的值。要找到散列为同一个值的两个不同的输入，在计算上是不可能的，所以数据的哈希值可以检验数据的完整性。-The hash algorithm to map arbitrary length binary value for the smaller binary value of the fixed
select-max-from-min
- 模式识别中的最大最小距离算法，这程序处理二维数据，我发现网上的程序都是设置一个很大的数组，但本程序是无论多少数据样本都可以处理的。结果存放在两个数组中，z数组存放中心数据，r数组的cente是样本所属的S-Maximum and minimum distance algorithm in pattern recognition, this program deal with two-dimensional data, I found the online program are set to a
crc16-jisuan
- 循环冗余码的计算程序，对任意输入的信息块生成实际传输的码字-Cyclic redundancy code calculation program, any input code word to generate the actual transmission
weifen
- 欧拉格式、中点格式、预报—校正格式、经典四级四阶R-K格式C++语言实现-Euler scheme for the mid-point format, the prediction- correction format, the classic four fourth order RK the format C++ language to achieve
cyuyanshixiancrc
- c语言实现crc16校验，包括crc16校验原理和源代码-c language crc16 checksum crc16 checksum principle and source code
Adams
- 用Adams预报—修正格式计算热传导微分方程的初值问题-Adams forecast- correction format to calculate the heat conduction differential equation initial value problem
RK
- 用四级四阶R-K格式法和Adams预报—较正格式解高阶方程-Solution of higher order equations with four fourth-order RK format France and Adams forecast- more positive format
classicle
- 用古典显式和古典隐式格式计算偏微分方程初值解，抛物型方程解-Classical explicit and classical implicit scheme to calculate the partial differential equation initial value solution of parabolic equations