基于图论与PageRank的要地反导己方目标重要性排序

doi:10.12305/j.issn.1001-506X.2021.03.14

Abstract

Abstract:

Aiming at the problem of the importance ranking of own targets for the anti-missile operations in important places, an innovative ranking method based on graph theory and PageRank (PR) algorithm is proposed. Firstly, the static and dynamic relationship network among the targets is abstracted into a two-dimensional topological structure diagram by using the graph theory method, and the relationship among the targets under different relationships is established. Secondly, according to the actual situation of anti-missile operations in important places, the importance of static and dynamic relationship network is scored combined with expert opinions. Based on the idea of PR algorithm, according to the constructed target relation model, the objective relation matrix and importance value of own targets are calculated, and the target ranking is given. Finally, combining with the case of anti-missile operations in important places, the verification analysis is carried out. The results show that the method can synthesize many factors in the target ranking, and give a scientific and reasonable importance ranking, which has certain popularization and application prospects.

Key words: anti-missile operations in important place, importance of target, graph theory, PageRank (PR)

CLC Number:

TP303
E074

Yan WANG, Kenan TENG, Ye CHENG, Jian CHEN. Importance ranking of anti-missile targets in important places based on graph theory and PageRank[J]. Systems Engineering and Electronics, 2021, 43(3): 709-715.

Figures/Tables 9

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Table 1

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References 30

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编号	目标名称
1	指挥所
2	通信站
3	防空雷达
4	弹药装备库
5	水库
6	食品库
7	油料库
8	医院
9	机场
10	码头
11	电子战车
12	防空车1
13	防空车2
14	防空车3

编号	重要度数值(×10⁷)
1	1.939 6
2	1.146 5
3	0.727 7
4	1.453 3
5	0.437 6
6	0.437 6
7	1.147 5
8	0.220 5
9	0.540 2
10	0.419 0
11	0.463 1
12	0.308 7
13	0.308 7
14	0.308 7

编号	目标名称
1	指挥所
2	弹药装备库
3	油料库
4	通信站
5	防空雷达
6	机场
7	电子站车
8	水库
9	食品库
10	码头
11	防空车1
12	防空车2
13	防空车3
14	医院

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[3]	ZHOU Xiang-xiang1, YAO Pei-yang1, WANG Xin1, XIE Bi-chang2. Algorithm of combat command decision group partition based on graph theory [J]. Journal of Systems Engineering and Electronics, 2011, 33(3): 575-580.

Importance ranking of anti-missile targets in important places based on graph theory and PageRank

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