UAV-Based Collaborative Electronic Reconnaissance Network for 6G

In unmanned aerial vehicle (UAV) collaborative electronic reconnaissance network, single UAV is always restricted by flyability and sensing capacity; hence, a cooperative network is built to realize the electronic reconnaissance. In this paper, a three-level electronic reconnaissance network is prop...

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Published in:Wireless communications and mobile computing 2021, Vol.2021 (1)
Main Authors: Yang, Fucheng, Song, Jie, Xiong, Wei, Cui, Xutao
Format: Article
Language:English
Subjects:
Collaboration
Communication
Efficiency
Fire prevention
Network management systems
Network topologies
Optimization algorithms
Planning
R&D
Radiation
Reconnaissance aircraft
Research & development
Sensors
Spectrum allocation
Topology optimization
Unmanned aerial vehicles
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cited_by cdi_FETCH-LOGICAL-c337t-efa7a70e9eb4f5f2234fa7d8332ed6ae4c0e981956c74ed13370fee8e51234e53
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container_title Wireless communications and mobile computing
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creator Yang, Fucheng
Song, Jie
Xiong, Wei
Cui, Xutao
description In unmanned aerial vehicle (UAV) collaborative electronic reconnaissance network, single UAV is always restricted by flyability and sensing capacity; hence, a cooperative network is built to realize the electronic reconnaissance. In this paper, a three-level electronic reconnaissance network is proposed, including the radiation target, UAV-based electronic reconnaissance equipment, and the command center. Each of the UAVs is capable of monitoring several radiation targets at the same time. Since the topology of the UAV network influences the effect of electronic reconnaissance, in this contribution, optimization is achieved based on the improvement of radiation coverage. If there is no radiation target within the sensing scope, the corresponding UAV will remove according to our novel strategy. Iterate operations are carried out for the relative optimum performance. Simulation results show that the UAV network topology optimization is capable of improving the coverage of radiation targets effectively.
doi_str_mv 10.1155/2021/5827665
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subjects Collaboration
Communication
Efficiency
Fire prevention
Network management systems
Network topologies
Optimization algorithms
Planning
R&D
Radiation
Reconnaissance aircraft
Research & development
Sensors
Spectrum allocation
Topology optimization
Unmanned aerial vehicles
title UAV-Based Collaborative Electronic Reconnaissance Network for 6G
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