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【USACO3.2.5】魔板 ,经典ACM题,采用BFS-[] USACO3.2.5 magic board, ACM Classic title, the use of BFS
Update : 2024-05-02 Size : 1024 Publisher : liziyu

八数码,是经典的ACM题目中, 采用BFS的例子-Eight digital, ACM is a classic topic, using the example of BFS
Update : 2024-05-02 Size : 1024 Publisher : liziyu

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二叉树建立,先序,中序,后序遍历,图的DFS,BFS演示程序,不断更新中,欢迎提建议-Tree establishment, the first order, in sequence, after the traversal, graph DFS, BFS presentation procedures, constantly updated, welcomed the proposals
Update : 2024-05-02 Size : 2078720 Publisher : emacochen

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1、猴子选大王 2、约瑟夫环 3、迷宫求解 4、回文游戏 5、地图四染色问题 6、八皇后问题 7、原四则表达式求值 8、k阶斐波那契序列 9、遍历二叉树 10、编写DFS算法的非递归函数。 编写BFS算法。 11、简单选择排序, 折半插入排序, 冒泡排序, 快速排序, 堆排序 12、顺序查找,折半查找-err
Update : 2024-05-02 Size : 34816 Publisher : isxzh

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1)自选存储结构,输入含n个顶点(用字符表示顶点)和e 条边的图G; (2)求每个顶点的度,输出结果; (3)指定任意顶点x为初始顶点,对图G作DFS遍历,输出DFS 顶点序列(提示:使用一个栈实现DFS); (4)指定任意顶点x为初始顶点,对图G作BFS遍历,输出BFS 顶点序列(提示:使用一个队列实现BFS); (5)输入顶点x,查找图G:若存在含x的顶点,则删除该结点及 与之相关连的边,并作DFS遍历(执行操作3);否则输出信 息“无x”; (6)判断图G是否是连通图,输出信息“YES”/“NO”; (7)如果选用的存储结构是邻接矩阵,则用邻接矩阵的信息生 成图G的邻接表,即复制图G,然再执行操作(2);反之亦然。 -err
Update : 2024-05-02 Size : 242688 Publisher : 迟浩东

Demo s algorithm BFS
Update : 2024-05-02 Size : 19456 Publisher : vohaidang

pb和flash直接通信,用pb程序来控制flash动画-pb and the flash direct communications, pb procedures used to control the flash animation
Update : 2024-05-02 Size : 5891072 Publisher : 李国鑫

zoj 1004 的题目,这是一个经典的水壶倒水问题,题目中没有要求最少的次数倒满水,所以还可以不用bfs,本题用了bfs-zoj 1004 topics, this is a classic problem of water pouring money down the drain, the title does not require a minimum number of filling water, so it can be bfs, the title used bfs
Update : 2024-05-02 Size : 1024 Publisher : Scott

ppt about search(bfs && dfs) used in ACM_ICPC
Update : 2024-05-02 Size : 538624 Publisher : HuaXiong

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solve maze with dfs and bfs
Update : 2024-05-02 Size : 51200 Publisher : melody

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采用图的邻接表作为图的存储结构,完成有向图和无向图的DFS和BFS操作-The use of maps as a chart table adjacent to the storage structure, the completion of directed graph and undirected graph operations of DFS and BFS
Update : 2024-05-02 Size : 104448 Publisher : 陈赟

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(1)自选存储结构,输入含n个顶点(用字符表示顶点名称)和e条边的图G; (2)指定任意顶点x为初始顶点,对图G作DFS遍历,输出DFS(深度优先)顶点序列(提示:使用栈实现DFS); (3)指定任意顶点x为初始顶点,对图G作BFS(广度遍历),输出BFS顶点序列(提示:使用队列实现BFS); (5)输入顶点x,查找图G:若存在含x的顶点,则删除该结点及与之相关连的边,并作DFS遍历(执行操作3);否则输出信息“不存在x”; (6)判断图G是否是连通图,输出信息“YES”/“NO”; (7)如果选用的存储结构是邻接矩阵,则用邻接矩阵的信息生成图G的邻接表-(1) on-demand storage structure, input containing n vertices (with characters in the name of that vertex) and e edges of the graph G (2) specify arbitrary vertex x as the initial vertex of the graph G for the DFS traversal, output DFS (depth-first) vertex sequence (Hint: Use the stack to achieve DFS) (3) specify arbitrary vertex x as the initial vertex of the graph G for the BFS (breadth traversal), the output sequence of BFS vertex (hint: the realization of the use of queue BFS) (5) input vertex x, find graph G: If there is a vertex with x, then the deletion of the nodes and edges associated with them, and DFS traversal (3 steps) Otherwise output "does not exist x" (6) to determine whether graph G is a connected graph, output "YES"/"NO" (7) If I choose the storage structure is the adjacency matrix, the adjacency matrix of the information used to generate the adjacency list graph G
Update : 2024-05-02 Size : 3072 Publisher : 涂舒

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demo BFS,DFS algorithm
Update : 2024-05-02 Size : 108544 Publisher : torai

ZOJ 1055 Oh, Those Achin Feet.bfs求最短路径. -ZOJ 1055 Oh, Those Achin ' Feet.bfs seek the shortest path.
Update : 2024-05-02 Size : 1024 Publisher : 高海东

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無向圖+array of linked list製成 歡迎參考-nondirected, array of linked list
Update : 2024-05-02 Size : 2048 Publisher : liao

 MatToList(MGraph g,ALGraph *&G):将邻接矩阵g转换成邻接表G。  ListToMat(ALGraph *G,MGraph &g):将邻接表G转换成邻接矩阵g。  DispMat(MGraph g):输出邻接矩阵g。  DispAdj(ALGraph *G):输出邻接表G。  DFS(ALGraph *G,int v):以递归的方法从顶点v深度优先遍历图G。  DFS1(ALGraph *G,int v):以非递归的方法从顶点v深度优先遍历图G。  BFS(ALGraph *G,int v):从顶点v广度优先遍历图G。 - MatToList (MGraph g, ALGraph* & G): the adjacency matrix adjacency list g into G.  ListToMat (ALGraph* G, MGraph & g): the adjacent table adjacency matrix G into g.  DispMat (MGraph g): output adjacency matrix g.  DispAdj (ALGraph* G): output adjacency list G.  DFS (ALGraph* G, int v): to the method of recursive vertex v from the depth-first traversal graph G.  DFS1 (ALGraph* G, int v): non-recursive method to vertex v from the depth-first traversal graph G.  BFS (ALGraph* G, int v): vertex v from the breadth-first traversal graph G.
Update : 2024-05-02 Size : 3072 Publisher : 小鬼

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BEST FIRST SEARCH AND DEEP FIRST SEARCH
Update : 2024-05-02 Size : 650240 Publisher : Suniaraharja

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bfs,counting sort ,dijaksta ,and many more for ada
Update : 2024-05-02 Size : 5120 Publisher : saurabhsingh

Graph Traversal,DFS and BFS
Update : 2024-05-02 Size : 1024 Publisher : mn008

OtherDFS
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图论编程,包含文件操作,建立图的邻接表,并实现深度优先搜索-Graph theory programming, including file operations, the establishment of plans of the adjacent table, and the depth-first search
Update : 2024-05-02 Size : 6144 Publisher :
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