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330KV
- 本设计为330kV变电站初步设计，分为主变压器选择、主接线、短路电流计算、电气设备的选择等几部分，同时附有电气主接线图等图纸加以说明。-the design of the preliminary design 330kV substation, the main transformer sub-choice, the main wiring, short-circuit current, Electrical equipment options, etc., along with electri
KShortestPaths.rar
- K-shortest算法实现，采用Java语言，能根据不同的拓扑找到k条最短路径。非常经典。,K-shortest algorithm using Java language, can be found according to different topological k be the shortest path. Very classic.
Dijkstra
- Dijkstra java实现的最短路由算法，内含java源代码-Dijkstra java routing algorithm to achieve the shortest, containing java source code
JAVA
- 在城市智能交通中,经常会用到最短路径的问题,比如找最佳的行车路线等,Dijkstra算法做为最经典的求解方法,为我们指明了方向.不过真正想让我了解该算法的原因是在学习ICTCLAS的N-最短路径算法。-Intelligent Transportation in the city, often used the issue of the shortest path, for example, to find the best travel routes, Dijkstra s algorithm
Floyd
- 采用了动态规划法即FLOYD算法利用矩阵求多源最短路径的JAVA实现-Using a dynamic programming method that is FLOYD algorithm uses matrix Multi-source shortest path to achieve JAVA
Shortest-path-algorithm
- 这是一个用Java编写的最短路算法，很实用。-It is written in Java using a shortest path algorithm is very practical.
Dijk
- 经典Dijkstra,java最短路由算法-Classic Dijkstra, java shortest routing algorithm
java
- 利用基因演算法(genetic algorithm)方式求出10個node,50個node,100個node的最短路徑。-Use of genetic algorithms (genetic algorithm) method obtained 10 node, 50 个 node, 100 个 node of the shortest path.
azampagl-robotics-d-star-lite-v1.0.0
- azampagl-robotics-d-star-lite-v1.0.0 d-star-lite 機器人動態最短路徑演算法-azampagl-robotics-d-star-lite-v1.0.0 d-star-lite robot dynamic shortest path algorithm
DrawImg
- 这个是很好的图形最小生成树的实现，他说明了很多最小生成树的问题，最短路问题都解决了-This is a good realization of minimum spanning tree graph, he shows a lot of the minimum spanning tree problem, shortest path problems are solved
DS3
- 基本图算法的实现，包括深度优先搜索、广度优先搜索、最短路搜索-graph algorithm
A
- A*（A-Star)算法是一种静态路网中求解最短路最有效的方法,估价值与实际值越接近，估价函数取得就越好。该上传的内容是一个A*算法的模拟实现。-A* (A-Star) algorithm is the most effective way to short-circuit a static road network to solve the valuation closer to the actual value, the valuation function is achieved, the
dijkstra
- java实现有向图中寻找最短路的dijkstra算法，具有通用性，这是图论中一个十分重要的算法-java achieve a directed graph dijkstra algorithm to find the shortest path, with the versatility, this is a very important graph theory algorithms
IEEE14_java
- 高等电力系统分析，IEEE 14节点潮流分析，短路计算，采用java编程，运用牛顿拉夫逊法，PQ分解法针对标准算例进行计算。-Higher power system analysis, trend analysis, IEEE 14 nodes short circuit calculation, using Java programming, using the newton-raphson method, the PQ decomposition method for standard ex