自动化与仪器仪表
自動化與儀器儀錶
자동화여의기의표
AUTOMATION & INSTRUMENTATION
2013年
1期
139-140
,共2页
岳秋菊%朱正平%达文姣%石旺峰%李三友%郭珍
嶽鞦菊%硃正平%達文姣%石旺峰%李三友%郭珍
악추국%주정평%체문교%석왕봉%리삼우%곽진
邻接矩阵%距离矩阵%算法矩阵
鄰接矩陣%距離矩陣%算法矩陣
린접구진%거리구진%산법구진
Adjacency matrix%Neighbor distance matrix%Algorithm matrix
采用手工求解图中任意两顶点间的距离,计算量大且繁琐.本文给出了根据图的邻接矩阵的各次幂求解图的距离矩阵的算法,从而实现了完全应用程序求解,在很大程度上解决了上述问题所遇到的难点,尤其是图中顶点较多时使该问题变得非常容易求解.
採用手工求解圖中任意兩頂點間的距離,計算量大且繁瑣.本文給齣瞭根據圖的鄰接矩陣的各次冪求解圖的距離矩陣的算法,從而實現瞭完全應用程序求解,在很大程度上解決瞭上述問題所遇到的難點,尤其是圖中頂點較多時使該問題變得非常容易求解.
채용수공구해도중임의량정점간적거리,계산량대차번쇄.본문급출료근거도적린접구진적각차멱구해도적거리구진적산법,종이실현료완전응용정서구해,재흔대정도상해결료상술문제소우도적난점,우기시도중정점교다시사해문제변득비상용역구해.
The distance between any two vertices to manually calculate in the figure,and require a large quantity of calcula-tion, which is very complex. In this paper, the algorithm based on the Adjacency matrix of power and is realized by program completely. This solved the difficulties above greatly and made more complicated problems:multi-vertex distance matrix prob-lem very easy.