对基于因特网协议的空地一体化通信网络探讨

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英文篇名：Discussion on Air-ground Integrated Communication Network Based on Internet Protocol 作者：张杨阳 英文作者：ZHANG Yang-yang;Xi'an Institute of Aeronautical Computing Technology, China Aviation Industry Group Corporation; 关键词：因特网协议 ; 空地一体化 ; 通信网络 英文关键词：Internet Protocol;;Space-ground integration;;Communication network 中文刊名：DYXU 英文刊名：Electronic Component and Information Technology 机构：中国航空工业集团公司西安航空计算技术研究所; 出版日期：2018-12-20 出版单位：电子元器件与信息技术 年：2018 期：No.18 语种：中文; 页：DYXU201812041 页数：3 CN：12 ISSN：10-1509/TN 分类号：136-138

摘要

互联网协议(IP)基础上的技术手段,在持续发展与应用过程中积累了大量的实践经验,并逐渐成为了航空无线通信领域中的重要技术条件。本文从互联网协议技术的基本特征入手,对技术发展过程中的常用网络技术条件进行详细分析,通过Gatelink技术、Flightlink技术以及技术整合下机载IP网络技术的全面分析,在学术交流与实践分享中,为应用拓展与技术发展创造空间。
        Technical means based on Internet Protocol(IP) have accumulated large amount of practical experience during sustainable development and application process, and have gradually become an important technical condition in aviation wireless communication field. Starting from basic characteristics of Internet protocol technology, the article analyzes common network technology conditions in technology development process in details. Based on comprehensive analysis of Gatelin technology, Flightlink technology and airborne IP network technology under technology integration, it creates space for application expansion and technology development during academic exchanges and practice sharing.

引文

[1]牛志升,Sherman SHEN,张钦宇,等.面向沉浸式体验的空天地一体化车联网体系架构与关键技术[J].物联网学报,2017,1(02):17-27.NIU Zhi-sheng,Sherman SHEN,ZHANG Qin-yu,et al.Air-ground Integrated Vehicle Networking Architecture and Key Technologies for Immersive Experience[J].Journal of Internet of Things,2017,1(02):17-27.
    [2]罗国荣,车勋,贾志勇,等.空地一体化信息对抗系统构架设想[J].航天电子对抗,2017,33(02):33-35+58.LUO Guo-rong,CH E Xu n,JI A Zh i-yong,et al.Imagination of Air-ground Integrated Information Countermeasure System Architecture[J].Aerospace Electronic Countermeasure,2017,33(02):33-35+58.
    [3]廖明伟,廖明,万敏.空地一体化倾斜摄影与实景三维融合关键技术探讨[J].江西测绘,2017(01):2-3+21.LIAO Ming-wei,LIAO Ming,WAN Min.Discussion on Key Technology of Air-ground Integration Oblique Photography and Scene 3D Fusion[J].Jiangxi Surveying and Mapping,2017(01):2-3+21.
    [4]赵培琨,边东良.基于通信网络的一体化船舶航标监测方法[J].舰船科学技术,2018,40(20):97-99.ZH AO Pei-kun,BIAN Dong-liang.Integrated Ship Navigation Mark Monitoring Method Based on Communication Network[J].Ship Science and Technology,2018,40(20):97-99.
    [5]熊伟,刘修锋.电力信息通信网络一体化的问题及措施[J].中国新通信,2018,20(18):16.XIONG Wei,LIU Xiu-feng.Problems and Measures of Integration of Power Information and Communication Network[J].China New Communications,2018,20(18):16.
    [6]王海涛,陈晖.一体化应急通信网络体系框架构想[J].航空电子技术,2012,43(03):1-5.WANG Hai-tao,CHEN Hui.Imagination of Integrated Emergency Communication Network System Architecture[J].Avionics Technology,2012,43(03):1-5.
    [7]李磊.数据通信网络安全维护策略探讨[J].软件,2018,39(07):191-193.LI Lei.Discussion on Security Maintenance Strategy of Data Communication Network[J].Software,2018,39(07):191-193.
    [8]薛皓宝.数据通信网络维护及网络安全问题研究[J].电子元器件与信息技术,2018(08):6-8+17.XUE Hao-bao.Research on Data Communication Network Maintenance and Network Security[J].Electronic Components and Information Technology,2018(08):6-8+17.