资源列表
MaxClique
- 回朔法解决最大团问题:G的最大团是指G中所含顶点数最多的团-back Schomburg France's largest corporations to solve the problem : G the largest group G is contained in a maximum number of vertices the league
01package
- 背包问题优先队列分枝限界算法 所谓的背包问题，可以描述如下：一个小偷打劫一个保险箱，发现柜子里有N类不同大小与价值的物品，但小偷只有一个容积为M的背包来装东西，背包问题就是要找出一个小偷选择所偷物品的组合，以使偷走的物品总价值最大。这个问题的求解有很多种方法，本程序使用分枝限界法求解。-knapsack problem Branch and Bound priority queue algorithm called knapsack problem can be described as f
gtrtgdfg
- 遍历是二叉树经常要遇到的一种操作.可以运用到二叉树结点计数,线索化二叉树,求二叉树的深度,表达式求值等算法中.在遍历的过程中,对结点的访问具有普遍的含义,可以是输出各结点的数据域信息,也可以是对结点作其他处理.另外,通过一次完整的遍历,可使二叉树中结点信息由非线性排列变为某种意义上的线性排列.也就是说,遍历操作使非线性结构线性化. -traverse binary tree is frequently encountered in a operation. Binary Tree ca
VCsort
- 经典VC排序源代码，做成了win32界面形式,希望对大家用所帮助-classic VC ranking source code resulted in the win32 interface form, and I hope to use all the help
LSshixian
- 顺序表类型的实现,数据结构清华大学严老师C语言第二版算法。-order to achieve the type of data structure Tsinghua University teachers strict version of the second C-language algorithm.
firstchap
- 数据结构中所有算法的实现，清华大学小严辞C语言版本-data structure of the algorithm to achieve all Qinghua small C-language version of the biblical
btrxzhc
- 二叉树的先序，中序，后序，按层遍历算法。以中序输入，用‘#’代替叶子节点的子节点输入。-binary tree first sequence, sequence after sequence, layer by traversal algorithm. The order to import, use '#' instead of the leaf nodes for input nodes.
graphshguang
- 图的深度优先遍历和广度优先遍历，以邻接矩阵方式输入。（按照提示输入）！ -map the depth and breadth traversal priority priority traverse to the adjacency matrix input. (According to the prompt entry)!
fento3
- 用delphi实现的各种排序算法，图形界面，可实现插入排序、交换排序、选择排序、合并排序以及基数排序-used to achieve the various sequencing algorithms, graphical interface, insert can be realized, in order of ranking exchange, SELECTION SORT, the merger sort of base sequencing
3511
- 程序分析，主要功能有，但界面还没加上，基本实现了功能要求。-program analysis, the main function, but with no interface and the basic realization of the functional requirements.
Demo2
- 链队列的操作及普里姆算法的演示，便于理解算法。-chain operation and Primbetov algorithm demo, easily comprehensible algorithms.
travelling_saleman
- 经典算法：旅行商算法，采用爬上法和分支界限搜索-classical algorithm : traveling salesman algorithm, used to climb up and branch Boundary Search