1) Shortest extent algorithm
最短片段算法
2) the shortest path algorithm
最短路算法
1.
A new heuristic algorithm based on tabu search and the shortest path algorithm is put forward to solve the uncapacitated multiple allocation p-hub median problem(UMApHMP).
针对无容量限制的多重分派枢纽中位问题(UMApHMP),提出了一种基于禁忌搜索和最短路算法的新的启发式算法。
3) shortest path algorithm
最短路算法
1.
Having abstracted the problem into a weighting network,which can describe special cases,this paper establishes a genetic algorithm according to shortest path algorithm in topology model and special constraint of constant node count.
提出了对物流配送网络在时间上的需求,将问题抽象为能够描述具体情景的加权网络,结合图论中最短路算法和问题中结点数目不变的约束条件设计了遗传算法,对问题作出了解答。
2.
An algorithmic format of the Djikstra shortest path algorithm is given.
给出了一种基于Djikstra最短路算法的实现,该算法实现可以求得有限权图中任一点到其他所有点的最短路径及相应的距离,并清晰完整地表现求解过程及所得结果。
3.
A new heuristic algorithm based on tabu search and shortest path algorithm is put forward to solve NSUMApHMP.
然后提出了一种基于禁忌搜索和最短路算法解决NSUMApHMP的新的启发式算法。
4) shortest path algorithm
最短路径算法
1.
Research on Shortest Path Algorithm Based on Graph in Dynamic Navigation System;
基于图论的动态导航系统最短路径算法研究
2.
This method gets the connection relationship by using the breadth first search algorithm,meanwhile puts forward the shortest path algorithm,which passes each vertex in the completed.
首先采用广度优先搜索算法得到原理图中元件端子的连接关系,同时提出了完全无向图中经过每个顶点一次且仅一次的最短路径算法和改进的Prim最小生成树算法,利用这两个算法可自动生成屏内安装接线图和端子接线图。
3.
Based on the thorough analysis of the network communication of the Network-on-Chip(NoC) and study of the shortest path algorithms, a directed Ford-Fulkerson algorithm is proposed in this paper.
文章通过对NoC网络通讯的分析,以及对现有最短路径算法的研究,提出了一种定向Ford-Fulker-son算法,实现了NoC路径分配;在完成处理单元映射后,根据NoC网络的通讯状况,按照通讯任务的时间顺序分配传输路径,使得任意处理单元间的通讯时间最短,且整个系统的执行时间最优。
5) the shortest path algorithm
最短路径算法
1.
Research of the the shortest path algorithm of urbanized public traffic networks;
城市公交网络的最短路径算法研究
6) K-shortest path algorithm
K-最短路算法
1.
After the adoption of the improved K-shortest path algorithm, we can offer a number of routes with different features to drivers,wh.
采用改进后的K-最短路算法,提供多条具有不同属性的路径供司机选择,从而更符合实际情况。
补充资料:十报恩 赠段先生 折段字起
【诗文】:
公物外好生涯。火相逢结大砂。女盘桓看大药。牛哮吼戏灵葩。云铺地丹炉赫,子观天碧眼华。有三生君省悟,中无事步烟霞。
【注释】:
【出处】:
公物外好生涯。火相逢结大砂。女盘桓看大药。牛哮吼戏灵葩。云铺地丹炉赫,子观天碧眼华。有三生君省悟,中无事步烟霞。
【注释】:
【出处】:
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