搜索资源列表
Dijiska
- Dijiska算法，解决图论中的最短路径问题-Dijiska to solve the shortest path
DJalgorithm
- 迪杰斯特拉算法的C语言实现，可以完成有向图和无向图的最短路径搜索-Dijkstra algorithm C language, can be completed with the graph and undirected graph of the shortest path
tree
- 用树的应用模拟铁路查询功能。掌握图的邻接表的定义及应用,能够熟练使用邻接表。加强对map容器的理解，能够熟练使用map容器，复习集合和字典的相关知识。理解最短路径问题，并使用Dijkstra算法解决最短路径问题。掌握线形表的使用，并理解优先队列解决问题的过程。利用栈解决需要逆向输出的问题。 -Application of simulation using the tree railway inquiry function. Master graph adjacency list of def
Dijkstra
- 用Dijkstra算法实现最短路径，在VC++6.0中运行-Using Dijkstra shortest path algorithm in VC++6.0 run
Dijkstra
- Dijkstra算法--c++源代码 单源最短路径问题，或者称为最短路径问题，是要确定从s到V中没一个其他 顶点的距离，这里从顶点s到x的距离定义为从s到x的最短路径问题。-Dijkstra algorithm- c++ source code for single-source shortest path problem, or known as the shortest path problem is to determine V from s to no one other ve
shortpath
- 算法分析和设计 最短路径问题 计算一个点到其他各个点的最短路径-Algorithm analysis and design calculation of the shortest path problem of a point to other points of the shortest path
Dijkstra
- Dijkstra算法 实现Dijkstra算法。 要求：对有向网络用Dijkstra算法求出单源最短路径。 -Dijkstra algorithm Dijkstra algorithm. Requirements: on the network using Dijkstra algorithm to find single-source shortest path.
tanxin
- 算法设计与分析中贪心算法C++实现代码 包括但愿最短路径问题，哈弗曼编码，整数最有分解，最小生成树，最优分解，删数问题等-Algorithm Design and Analysis of greedy algorithm in C++ code, including the realization of hope that the shortest path problem,哈弗曼coding, the most integral decomposition, minimum spanning
Dijkstra
- 迪杰斯科拉算法：从某个源点到其余各顶点的最短路径-DiGisi Kola algorithm: from a source point to the remaining vertex of the shortest path
theshortest
- 最短路径法分词程序.将中文句子经过原子切分后生成一个有向无环图,然后使用Dijkstra算法求出由起点到终点的-The shortest path segmentation process. After the Chinese sentence after splitting atoms to generate a directed acyclic graph, and then use the Dijkstra algorithm derived from the point of origi
GraphTheory
- 自己写的图论的一些基本算法，有找关键路径，最短生成树，Prim算法-On their own plans to write some of the basic algorithm, there is to find the critical path, minimum spanning tree, Prim algorithm, etc.
CShortestLenPCB
- 采用分枝限界法进行求解最短路径长度的问题，是算法设计中的经典题目-Branch and Bound method used to solve the problem of the shortest path length, is the classic algorithm design topics
LL
- 用Dijkstra 算法实现最短路径求解，其中以自己假定的几个点组成的小网络图为基础。-Using Dijkstra shortest path algorithm for solving, in which a number of assumptions in their own points based on a small network map.
Dijs
- 求从源点到其余各顶点的最短路径，用Dijkstra算法 程序要输入各边顶点和边长，用Dijkstra输出最短路径长度和最短路径 -Demand from the source point to the rest of the vertices of the shortest path using Dijkstra algorithm program to enter each side of vertex and edge length, with the output of Dijks
Graph
- c写的贪心算法，利用指针来搜索最短路径，以及可以扩展成一般最短路径的求法-c write greedy algorithm, using a pointer to search for the shortest path, as well as the shortest path can be extended into a general law of demand
Floyd
- 弗洛伊德算法可以求出图中两点的最短路径，是一个比较高效的算法-Floyd algorithm can find the shortest path map 2:00, is a more efficient algorithm
shotpath
- 采用Dijkstra算法求最短路径，采用链表方式存储图-Dijkstra
code
- dijkstra算法是社团识别中重要的算法，用于求最短路径(Dijkstra algorithm is an important algorithm in community identification, and it is used to find the shortest path.)
AGV源码
- agv源码，包含小车部分，适用于轨道交通仿真，算法验证 物流运输等场景最短路径规划.(Once the scheduling decision is made, the mission of routing is to find a suitable route for every AGV from its origin to destination based on the current traffic situation)
DWA
- DLite算法是Koenig S和Likhachev M基于LPA算法基础上提出的路径规划算法。 LPA算法本是基于Dijkstra最短路径算法而产生的定起点、定目标点的路径规划算法。 链接 通过对LPA算法的改造，使LPA*算法的思想能应用到诸如车辆动态导航这样的问题。