资源列表
YYZ_DictS
- 迪杰斯特拉算法的另外一种写法。。代码简单易懂-Dijkstra algorithm is a different wording. . Code is straightforward. .
dazhengshuchufa-project
- 大整数除法的实现。使用字符串。期中包括大整数的加法和减法-Implementation of large integer division. String. Period, including a large addition and subtraction of integers
delete-ABC
- 使用链表的数据结构,删除链表A 与 B及 C中相同的数。-Linked list data structure used to delete the list A and B and C, the same number.
Graph
- 用邻接矩阵存取图的顶点信息，在其存储结构上实现图的基本操作（添加，删除顶点与弧）-With access to the vertex adjacency matrix of information in its storage structure to achieve the basic graph operations (add, delete vertices and arcs.) .
Get-min-tree
- 实现了图的输入与求最小生成树的功能，用邻接矩阵存储，可以添加节点与连线，主页面为画板，右键为各项功能-Figure achieve minimum spanning tree of input and demand functions, with the adjacency matrix storage, you can add nodes and connections, the main page for the drawing board, right for the various fu
RBTree
- 一个关于红黑树的C++源码的测试代码，实现了包括红黑树的插入，删除，旋转调整等等功能-codes on Red_Black Tree
DVS
- 公平算法 贪心算法 混合算法 积极算法 四种算法的实现与测试结果-Fairness algorithm hybrid algorithm greedy algorithm
algorithm
- 是关于数据结构的一些经典的算法，对于想学习数据结构的初学者来说很有帮助，其中源码均通过编译，可实现-About some of the classic data structure algorithms, data structures for those who want to learn useful for beginners, which are to compile source code, can be realized
yuesefu
- 数据结构中的约瑟夫环 欢迎下载 数据结构中的约瑟夫环 欢迎下载-Joseph in the ring data structure welcome to download the data structure are welcome to download Joseph Central
henbaqi
- 一个求图中两节点之间的所有最短路径的小小程序-Two nodes of a graph find all the shortest path between a small program
xianxingbiao
- 数据结构中的线性表的应用，包括增加，减少，移除，设置数据长度，修改数据功能。用户可随意更改数据内容和数据长度来设置线性表-The linear table data structure applications, including increased, decreased, remove, set the length of the data, modify data capabilities. Users can easily change the data content and data
JH-algorithm
- 本文首先详细的描述了JH算法的原理，然后对JH实现软件的目标、运行环境和功能做一个整体的规划。接下来介绍软件各功能模块的具体设计步骤。最后测试软件是否能正常运行，确保软件能完成相关的功能，并不断的对软件进行完善。-This paper describes in detail the principles JH algorithm, then the goal of JH for software, operating environment and function to do a whole