资源列表
vaX
- floyd算法c实现,可以用来求所有节点对之间的最短路径值。-implementation of floyd algorithm using c
IntroductionToAlgorithm
- 算法导论 经典中的经典 找了很久才找到 内容我就不深入介绍了 大家自己看吧 不需要账号直接下载-Introduction to the classic algorithm to find the classic for a long time to find the contents of my depth not introduce himself and see the U.S. do not need to account direct download
a
- 货郎担算法一直是C++领域一个经典的算法,该源代码通过四种方法对货郎担算法进行了求解。-Traveling salesman algorithm has been C++ are the field of a classical algorithm, the source code through the four methods for solving the traveling salesman algorithm.
CH
- 这是一个关于基数排序的快速排序的算法,用最快的算法来对一段数据进行排序,节约程序计算时间。-This is a base of about sort of the quick sort algorithm, the fastest algorithm to sort a section of data, time-saving procedures for the calculation.
CH7
- 哈希查找方法能在一段数据中以最快的方式找到想要的那个数,这种算法解决的关键就是哈系算法的建立函数。 -Hash method can search a section of data at the fastest way to find that the number of the algorithm to solve the critical line algorithm HA is set up function.
shujjieg
- 数据结构的文章,对于初学者或者中级程序员深入学习都有很大的帮助!-Data structure of the article, for beginners or intermediate programmers have in depth study of great help!
binaryTree
- 二叉树操作汇总,几乎设计所有算法,遍历递归、非递归、查找、求深度-Binary operation summary, almost all the design algorithm, recursive traversal non-recursive, search, and depth and so on
ashu
- right threaded binary tr-right threaded binary tree
TranslateCalc
- 实现数据结构中的数学中序表达式转换为后继表达式. 并且运算出后序表达式的结果. 运算符号包括 + - * / & | ! ( ) 加 减 乘 除 与 或 非-Implementation data structure in the math expression in the sequence is converted to a subsequent expression. And after computing the result of the expression sequen
kmp
- kmp算法 我模仿着写的 不过还是有些不会 我写了不少注释-i dontEnglish
List
- 实现二叉树以及排序二叉树等功能,是实验室做过的-Binary tree and binary tree sort implementation and other functions, the laboratory did
newparksystem
- 用户登陆系统存入车辆(存入时间,停车位置,车主姓名,车牌号码) 车辆离开(离开时间,停车费用) 搜索车辆(存放编号(日期+时间+车牌号),车牌号码,停车位置,车主姓名,存入时刻,离开时刻,存放时间,目前状态(停车场存放或已离开))查看停车场状态(停车数量,空闲位置,今日收入,所有停放的车辆)高级管理(修改密码,设置每小时价格,备份/恢复数据文件,查看用户登录日志)退出系统 -User login system into vehicles (deposited in time, par
