搜索资源列表
8numbers.rar
- *算法属于一种启发式搜索,它扩展结点的次序类似于广度优先搜索,但不同的是每生成一个子结点需要计算估价函数F,以估算起始结点的约束经过该结点至达目标结点的最佳路径代价;每当扩展结点时,意是在所有待扩展结点中选择具有最小F值的结点做为扩展对象,以便使搜索尽量沿最有希望的方向进行.A*算法只要求产生问题的全部状态空间的部分结点及关系,就可以求解问题了,搜索效率较高。当然由于A*算法中没有回溯，因此某些情况下可能会找不到正确的解过程。
图搜索策略
- 一个使用Java实现的人工智能的图搜索策略程序——酒九宫图问题 人工智能－图搜索策略－演示程序－使用说明 程序简介 在人工智能领域，对隐式图的搜索是求解问题的一种基本方法，本程序通过使用多种图搜索策略，对 重排九宫问题进行求解，演示了“广度优先搜索”、“深度优先搜索”、“有界深度优先搜索”、 “最好优先搜索”和“局部择优搜索”五种基本的图图搜索策略。 整个程序使用了动画技术，界面设计美观友好，使用方便。-use a Java artificial intelligence plans Searc
八数码多算法实现
- 这个程序是从广度优先搜索，深度优先搜索，A算法以及A*算法等多方面算法来解决八数码问题-this procedure is breadth - first search, depth-first search, A and A * algorithm algorithm various algorithms to solve the problem eight digital
图的操作界面
- 图邻接表的建立,深度优先遍历,.广度优先遍历,最小生成树,拓扑排序,单源点到其余各个顶点的最短路径等对图的操作!VC界面!-plans to establish the adjacent table, depth-first traversal. Breadth priority traversal, the minimum spanning tree, topological sorting, single-source all of the rest of the vertices such
number1
- 八数码的C++解法，广度优先算法完成，人工智能中难题-eight digital C solution, the breadth - first algorithm. AI problems
0801
- 功能：构造图，并进行图的深度优先遍历（邻接表存储结构），图的广度优先遍历，内附详尽的源代码说明-function : tectonic map, and map depth-first traversal of the (storage structure adjacent table), the breadth of the plan priority traversal, enclosing a detailed note of the source code
两种遍历图的方法
- 熟悉图的两种常用的存储结构，以及在这两种存储结构上的两种遍历图的方法，即深 度优先遍历和广度优先遍历。进一步掌握递归算法的设计方法。 -familiar with the plans of two commonly used storage structure, and the two storage structures on the two traverse map, that depth-first traversal and breadth priority traversal.
c++buildermaze
- 用C++BUILDER做的一个迷宫,可以实现深度优先,广度优先和启发式搜索算法-C BUILDER do a maze, can achieve priority depth, breadth priority and heuristic search algorithm
FenYou
- 用广度优先搜索算法解决两个小孩的分油问题.盲目搜索算法.-with breadth - first search algorithm to solve two children, the sub-Oil. Blind search algorithm.
sortling
- 实现图的脱坡排序，深度优先广度优先，以及建立邻接表-achieve slope from the map, in order of priority depth breadth priority, and the establishment of the adjacent table
Win32Maze
- Win32下立体迷宫程序，含自动求解，可求迷宫最短路径和所有路径，分别用广度优先搜索和深度优先搜索两种方法实现，欢迎讨论。-Win32 three-dimensional maze procedure, including automatic solution Stepping maze shortest path and all trails. priorities were used to search breadth and depth-first search in two ways,
140019
- 基于A*算法的八数码问题的课程设计报告 设计任务：运用所学的关于搜索策略的算法（广度优先，深度优先，A*算法等）解决八数-A * algorithm based on the eight digital design a curriculum to design tasks : use study on the search strategy algorithm (breadth, depth priority, A * algorithm, etc.) to resolve several
linsang
- 很多涉及图上操作的算法都是以图的遍历操作为基础的，此程序演示出图的遍历的过程。通过邻接矩阵存储结构实现数据俄的输入，实现图的深度优先遍历和广度优先遍历过程的演示，对异常输入信息报错。-map of algorithms are plans to traverse the basis for the operation, this procedure demonstrated map out the ergodic process. Through the adjacency matrix of
BASHUGE1
- 此程序是解决八数码问题的。由于使用广度优先搜索，并且程序中用数组存储节点。所以只能进行比较简单的操作。-eight digital solve the problem. The use of BFS, and procedures with an array storage nodes. Therefore, only for a relatively simple operation.
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)!
tubianli
- 以邻接表为存储结构，实现连通无向图的深度优先和广度优先遍历。以用户指定的结点为起点，分别输出每种遍历下的结点访问序列和相应生成树的边集。-table adjacent to the structure for storage, connectivity to the map without the depth and breadth of priority priority traversal. Users designated as a starting point node, the out
graphSearch
- 实现了图的搜索算法，包括深度优先搜索，广度优先搜索，Dijstra算法，A*算法等较典型的搜索算法，同时可以进行图的输入和编辑等操作，仅供大家参考。-achieve the plan's search algorithm, including depth-first search, breadth - first search algorithm Dijstra, A * algorithm is more typical search algorithm, and can map th
GraphMatrix
- 以邻接矩阵作为图的存储结构，根据键盘输入创建图，并深度优先、广度优先遍历该图-matrix as to the adjacent storage structure of the plan, according to the keyboard input to create map and depth of priority, breadth priority traversal of the plan
BFSearch
- 数据结构（C＋＋版）的演示程序，详细演示广度优先搜索的具体调用过程,-data structure (C + + version) demonstration program, a detailed demonstration of the breadth - first search specific call process,
maze1
- 本源码通过C# GDI+ 编写。提供三种生成迷宫的算法（深度优先法，递归分割法，随机PRIM法），提供基于广度优先算法的迷宫自动寻径算法。迷宫大小、单元格大小、线粗均可自定义。优化了算法，递归改为栈实现，能够生成任意大地图而不会引起原来的函数递归栈溢出问题。生成迷宫后，支持键盘按键进行手动走迷宫。(The source code is written by C# GDI+. Three algorithms of maze generation (depth first, recursion s