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A fault-tolerant small world topology control model in ad hoc networks for search and rescue 期刊论文

编号：

13d16d72-1447-4a80-bf0e-e5a520869388
作者：

Tan, Mian#^[1]Fang, Ling^[1];Wu, Yue^[1];Zhang, Bo^[2];Chang, Bowen^[3];Holme, Petter*^[4]Zhao, Jing(赵静)*^[1,5]
语种：

英文
期刊：

PHYSICS LETTERS A ISSN：0375-9601 2018 年 382 卷 7 期 (467 - 476) ; FEB 20
收录：
关键词：

Ad hoc networks Topology control model Mobility models Small world networks Repeated games
摘要：

Due to their self-organized, multi-hop and distributed characteristics, ad hoc networks are useful in search and rescue. Topology control models need to be designed for energy-efficient, robust and fast communication in ad hoc networks. This paper proposes a topology control model which specializes for search and rescue Compensation Small World-Repeated Game (CSWRG) which integrates mobility models, constructing small world networks and a game-theoretic approach to the allocation of resources. Simulation results show that our mobility models can enhance the communication performance of the constructed small-world networks. Our strategy, based on repeated game, can suppress selfish behavior and compensate agents that encounter selfish or faulty neighbors. This model could be useful for the design of ad hoc communication networks. (C) 2017 Elsevier B.V. All rights reserved.
推荐引用方式
GB/T 7714：

Tan Mian,Fang Ling,Wu Yue, et al. A fault-tolerant small world topology control model in ad hoc networks for search and rescue [J].PHYSICS LETTERS A,2018,382(7):467-476.
APA：

Tan Mian,Fang Ling,Wu Yue,Zhang Bo,&Zhao Jing.(2018).A fault-tolerant small world topology control model in ad hoc networks for search and rescue .PHYSICS LETTERS A,382(7):467-476.
MLA：

Tan Mian, et al. "A fault-tolerant small world topology control model in ad hoc networks for search and rescue" .PHYSICS LETTERS A 382,7(2018):467-476.
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