Research on Seismic Security Evaluation Model and Route Reconfiguration Algorithm for Public Communication Networks

Seismic disaster would cause overall performance degradation or even failure of public communication networks. To analyze the security performance of networks responding to seismic disasters scenarios, a nodes-lines evaluation model is proposed based on graph theory and Monte Carlo method, which cla...

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Vydáno v:Proceedings (International Conference on Communication Technology. Online) s. 2094 - 2100
Hlavní autoři: Han, Mingchao, Sun, Guoliang, Li, Xiangping, Zhang, Xuezhong, Ji, Shuqiang
Médium: Konferenční příspěvek
Jazyk:angličtina
Vydáno: IEEE 18.10.2024
Témata:
Communication networks
Disasters
Electronics packaging
evaluation model
Evaluation models
Graph theory
Linear programming
Optimization
public communication networks
reconfiguration algorithm
Reconstruction algorithms
Routing
Security
seismic security
ISSN:2576-7828
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Abstract Seismic disaster would cause overall performance degradation or even failure of public communication networks. To analyze the security performance of networks responding to seismic disasters scenarios, a nodes-lines evaluation model is proposed based on graph theory and Monte Carlo method, which clarifies the mathematical probability relationship between seismic parameter and performance of the networks. And then, we present a post-disaster route reconfiguration algorithm with optimal recovery time as objective function considering social dimensions. Finally, two cases analysis are given which verify the feasibility of the proposed evaluation model and route algorithm respectively. This research provides effective methodologies for seismic security evaluation and rapid post-disaster recovery of public communication networks.
AbstractList Seismic disaster would cause overall performance degradation or even failure of public communication networks. To analyze the security performance of networks responding to seismic disasters scenarios, a nodes-lines evaluation model is proposed based on graph theory and Monte Carlo method, which clarifies the mathematical probability relationship between seismic parameter and performance of the networks. And then, we present a post-disaster route reconfiguration algorithm with optimal recovery time as objective function considering social dimensions. Finally, two cases analysis are given which verify the feasibility of the proposed evaluation model and route algorithm respectively. This research provides effective methodologies for seismic security evaluation and rapid post-disaster recovery of public communication networks.
Author Li, Xiangping
Zhang, Xuezhong
Han, Mingchao
Sun, Guoliang
Ji, Shuqiang
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  organization: China Telecommunication Technology Labs China Academy of Information and Communications Technology,Baoding,China
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  givenname: Shuqiang
  surname: Ji
  fullname: Ji, Shuqiang
  email: jishuqiang@caict.ac.cn
  organization: China Telecommunication Technology Labs China Academy of Information and Communications Technology,Baoding,China
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Snippet Seismic disaster would cause overall performance degradation or even failure of public communication networks. To analyze the security performance of networks...
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StartPage 2094
SubjectTerms Communication networks
Disasters
Electronics packaging
evaluation model
Evaluation models
Graph theory
Linear programming
Optimization
public communication networks
reconfiguration algorithm
Reconstruction algorithms
Routing
Security
seismic security
Title Research on Seismic Security Evaluation Model and Route Reconfiguration Algorithm for Public Communication Networks
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