摘要
随着现代通信技术的迅猛发展,军事领域对通信网络的依赖性不断增强,推动了战术互联网概念的演进。本文探讨了一种战术互联网技术——阻继网络(barrage relay network,BRN),其通过创新的中继机制,解决传统通信网络在复杂环境中的覆盖和可靠性问题。BRN利用自主协同通信机制,实现网络的自组织和自愈能力,通过控制的阻继区域(controlled barrage region,CBR)优化数据包的传播路径,减少拥塞和延迟。同步时分多址(time division multiple access,TDMA)调度机制进一步确保了时间资源的高效利用,BRN的跨层设计增强了网络的适应性和鲁棒性。然而,BRN在实际部署中面临动态管理、时间同步、安全性、资源分配等技术挑战。本文分析了这些优势和挑战,为BRN的未来发展提供了思路。
With the rapid development of modern communication technology,the military’s dependence on communication network has been increasing,which leads to the evolution of tactical internet.This paper discusses a tactical internet technology—barrage relay network(BRN),which solves the coverage and reliability problems of traditional communication network in complex environments by means of an innovative relay mechanism,and realises the self-organisation and self-healing capabilities of the network by means of an autonomous cooperative communication mechanism.BRN utilises autonomous cooperative communication mechanisms to achieve self-organisation and self-healing capabilities of the network,and optimises packet propagation paths through controlled barrage region(CBR)to reduce congestion and delay.The synchronous time division multiple access(TDMA)scheduling mechanism further ensures efficient use of time resources,and the cross-layer design of BRN enhances the adaptability and robustness of the network.However,BRNs face technical challenges such as dynamic management,time synchronisation,security,and resource allocation in practical deployment.This paper analyses these advantages and challenges and provides insights into the future development of BRN.
作者
鲁信金
杨志飞
牛腾
朱庆
LU Xinjin;YANG Zhifei;NIU Teng;ZHU Qing(Unit 63892 of the PLA,Luoyang 471003,China;The 7th Research Institute,China Electronics Technology Group Corporation,Guangzhou 510310,China)
出处
《系统工程与电子技术》
北大核心
2025年第7期2414-2419,共6页
Systems Engineering and Electronics
基金
国家自然科学基金(60831001)
国防基金(9140A31010109HK0101)资助课题。
关键词
战术互联网
阻继网络
控制阻继区域
时分多址
tactical internet
barrage velay network(BRN)
controlled barrage region(CBR)
time division multiple access(TDMA)
