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Description: 图论算法中必学的内容之一,希望能给学习编程的学弟学妹们有所帮助-graph algorithm will learn one of the elements in hopes of giving the incoming young men and women to learn programming help
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Author: ipkh |
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Description: 图论算法中必学的内容之一,希望能给学习编程的学弟学妹们有所帮助-graph algorithm will learn one of the elements in hopes of giving the incoming young men and women to learn programming help
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Size: 2048 |
Author: ipkh |
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Description: 用C写的源程序功能分别是1.用DFS算法判断有向图中是否有环2.从文件中读图，用邻接链表保存信息，寻找两个结点vi,vj间的最短路径-written in C source is a function respectively. DFS algorithm used to determine whether there are plans Central 2. Interpret drawings from the file, use the adjacent Chain preservation of information to find two nodes vi, vj the shortest path
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Size: 3072 |
Author: 光光 |
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Description: 我们解决八数码问题,广度优先搜索可能会导致内存不够用,采用启发式搜索,启发函数为f(x)=g(x)+h(x) g(x)为该结点不同于目标结点的个数,h(x)为该结点的深度,选择那f(x)结点最小的那个结点进行扩展, 引入了一个"扩展数组[4]"(因为扩展的结点最多只有4个),该数组保存着某个结点的0点向各个方向的扩展的结点对象,然后对该扩展数组进行分析,利用启发函数在进行递归扩展... -us solve eight digital, BFS may lead to insufficient memory, using heuristic search, heuristic function f (x) = g (x) h (x) g (x) for the target node is different from the number of nodes, h (x) for the nodes of depth, the choice between f (x) nodes that the smallest node expansion. the introduction of an "expanded array [4]" (because the expansion of the nodes at most four), The array maintains a node of 0:00 a.m. to expand in all directions in the target node, and then expanded array analysis, use heuristic function during recursive expansion ...
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Size: 5120 |
Author: 丁如敏 |
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Description: c语言广度优先搜索算法的实现，输入几个节点，生成树，然后经广度优先搜索算法输出-c language breadth-first search algorithm, enter the number of nodes, spanning tree, and then by the breadth-first search algorithm output
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Size: 1024 |
Author: 少云 |
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Description: Breadth first search algorithm in C. Example are countries in Romania traversals.
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Size: 15360 |
Author: jenpai |
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Description: Implementations of a queue in C with algoritmo BFS, that calculates the minimum distance in a graph.
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Size: 1024 |
Author: Joao |
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Description: 本文利用C语言实现了简单的二叉树，每个结点只保存一个整数，并且，由于非常简单，树的根结点是确定的，而不是输入的。确定根结点以后，用户输入的每一个数都被insert到树中（-999表示停止），利用深度优先的方法。建立好二 叉 树以后，分别利用深度优先（DFS）和广度优先（BFS）进行了遍历，输出结果。-In this paper, the use of C language realization of a simple binary tree, each node only maintains an integer, and, as a result of very simple, tree root node is identified, not input. Determine the root node after each number entered by the user were to insert tree (that stopped-999), the use of depth-first approach. After the establishment of good binary tree, namely the use of depth-first (DFS) and breadth-first (BFS) for the traversal, the output results.
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Size: 4096 |
Author: liujianbin |
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Description: 图论通用各种算法，有大量实例，包括BFS,DFS,Prim, kruskal,Dijkstra,Floyed,Aoe,Aov,topsort-General algorithms of graph theory, a large number of cases, including the BFS, DFS, Prim, kruskal, Dijkstra, Floyed, Aoe, Aov, topsort
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Size: 1036288 |
Author: 张前东 |
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Description: code in c for DFS AND BFS
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Size: 9216 |
Author: dief |
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Description: this code for bfs in c-this is code for bfs in c++
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Size: 1024 |
Author: Mypd |
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Description: The basis of branch and bound algorithms is a ranking function. The ranking function assigns a value to each node in the graph. At each step, a branch and bound algorithm uses the ranking function to decide which node to expand next. In contrast, the usual DFS (Depth First Search) and BFS( Breadth First Search) exploration algorithms perform a blind search of the graph. Ideally, the ranking function, c(x), ranks nodes based on the cost of a minimal solution reachable from node x. The problem with this ranking function is that the minimal solution must be known ahead of time. Instead, the ranking function uses an estimate, g(x), of the cost of a minimal solution reachable from node x. Using g(x) to rank nodes may require exploring unnecessary nodes in the graph?particularly if g(x) is not a good estimate.The final element of the ranking function measures the cost of reaching a node from the root. As the searches gets farther from the root node, the node falls in the ranking.
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Size: 8192 |
Author: sathiyaraj124 |
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Description: 本文利用C语言实现了简单的二叉树，每个结点只保存一个整数，并且，由于非常简单，树的根结点是确定的，而不是输入的。确定根结点以后，用户输入的每一个数都被insert到树中（-999表示停止），利用深度优先的方法。建立好二 叉 树以后，分别利用深度优先（DFS）和广度优先（BFS）进行了遍历， -In this paper, a simple C language binary tree, each node only stores an integer, and, due to the very simple, is to determine the root of the tree, not imported. Determine the root after each number entered by the user are insert into the tree (-999 means stop), the use of depth-first approach. After the establishment of good binary tree, respectively, using depth-first (DFS) and breadth first (BFS) for the traverse,
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Size: 2048 |
Author: wangmingmin |
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Description: BFS algorithm in C-BFS algorithm in C++
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Author: Phung Tri |
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Description: 广度优先搜索遍历算法，用c++实现，适用于本科数据结构教学。 -bfs，implemented by C++， can be used in the course of DS of college students
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Size: 1024 |
Author: sh |
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Description: 使用VS2013 c++，主要是实现使用Gnutella 网络做一个peer crawler，BFS order-Using Winsock and Visual Studio .NET 2013, your goal is to create a Gnutella crawler that
discovers all currently present peers in the system. Your program will first contact a seed webserver
to acquire a set of initial ultrapeers, traverse the entire Gnutella network in the BFS order,
and then record the identities of found ultrapeers and their children (i.e., leaf nodes) in some text
file. Using this information, you will then analyze the collected data to answer several questions
about geographic and domain diversity of peers as well as popularity of individual user agents
(i.e., client software).
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Size: 13630464 |
Author: 张健楠 |
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Description: sovling 8puzzles (eight puzzles) problem with IDS and BFS methods in c#.
inputs starts 0 to 8.-sovling 8puzzles (eight puzzles) problem with IDS and BFS methods in c#.
inputs starts 0 to 8.
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Size: 89088 |
Author: hemmat |
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