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Research on threat assessment problems of island air defence system based on the leader-follower model

Y. Wang

Y. Wang

Navel Aeronautical UniversityYantai, China
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Wang, Y.
, 
Y. Cheng

Y. Cheng

Navel Aeronautical UniversityYantai, China
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Cheng, Y.
, 
X. Shan

X. Shan

Navel Aeronautical UniversityYantai, China
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Shan, X.
, 
J. J. Mou

J. J. Mou

Navel Aeronautical UniversityYantai, China
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Mou, J. J.
, 
L. Zhou

L. Zhou

Navel Aeronautical UniversityYantai, China
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Zhou, L.
 et 
Mohamed Salama

Mohamed Salama

Applied Science University-BahrainKingdom of Bahrain
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Salama, Mohamed
  
05 sept. 2022
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Publié en ligne: 05 sept. 2022
Pages: 921 - 930
Reçu: 13 déc. 2021
Accepté: 28 avr. 2022
DOI: https://doi.org/10.2478/amns.2022.1.00018
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© 2022 Y. Wang et al., published by Sciendo
This work is licensed under the Creative Commons Attribution 4.0 International License.

Fig. 1

Network model of centralised island air defence combat system. AMV, anti-missile vehicles; ADR, air-defence defence radar; AEW, air early warning; CP, command post; ECV, electronic countermeasures vehicles.
Network model of centralised island air defence combat system. AMV, anti-missile vehicles; ADR, air-defence defence radar; AEW, air early warning; CP, command post; ECV, electronic countermeasures vehicles.

Fig. 2

Simulation of threat assessment process of island air defence system without leader. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.
Simulation of threat assessment process of island air defence system without leader. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.

Fig. 3

Simulation of threat assessment process of island air defence system with a leader. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.
Simulation of threat assessment process of island air defence system with a leader. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.

Fig. 4

Network model of distributed air defence operation system for islands. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.
Network model of distributed air defence operation system for islands. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.

Fig. 5

Simulation of threat assessment process of leader free distributed island air defence and anti-missile system. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.
Simulation of threat assessment process of leader free distributed island air defence and anti-missile system. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.

Fig. 6

Simulation of threat assessment process of leader distributed island air defence and anti-missile system. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.
Simulation of threat assessment process of leader distributed island air defence and anti-missile system. ADR, air-defence defence radar; AEW, air early warning; AMV, anti-missile vehicles; CP, command post; ECV, electronic countermeasures vehicles.

The number of connected edges of each node in the command and control network_

Combat unit Number of connected edges (l) Normalized edge number (lnorm)
CP 7 1
AEW 6 0.86
ADR 6 0.86
AMV 1 6 0.86
AMV 2 6 0.86
AMV 3 5 0.71
ECV 1 6 0.86
ECV 2 6 0.86
Langue:
Anglais
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Sciences de la vie, Sciences de la vie, autres, Mathématiques, Mathématiques appliquées, Mathématiques générales, Physique, Physique, autres
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