机载信息系统演进路线分析
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摘要
机载信息系统作为一种新兴的航电系统,其未来的发展方向备受各大飞机制造商和系统供应商的关注。基于民用飞机的E化趋势,对系统的演进路线进行了分析,定义了系统的功能和架构特点对演进过程中的主要挑战进行了识别。研究结果可以供航电系统专业人员的设计参考。
As an emerging system,future of airborne information system is highly concerned by OEM and system suppliers.Based on E-enabling trend of civil aircraft,it analyzes future evolution route,defines the function and architecture characterics,and identities the major challenges during the evolution of this system.The research result could be referenced by avionics designers.
As an emerging system,future of airborne information system is highly concerned by OEM and system suppliers.Based on E-enabling trend of civil aircraft,it analyzes future evolution route,defines the function and architecture characterics,and identities the major challenges during the evolution of this system.The research result could be referenced by avionics designers.
引文
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[5] Airbus.Best- in- class Services for Safe and Efficient Operations of Airbus Aircraft[EB/OL].[2017-09-02].http://www.airbus.com/support/flight- operations/e- solutions/.
[6] 张军才,茹伟,胡宇凡.民用客机E化趋势及其对航电系统的影响[J].航空计算技术2016,46(5):115-118.
[7] Cerchio R De,Riley C.Aircraft Systems Cyber Security[C].IEEE/AIAA Digital Avionics Systems Conference,2011.
[8] RTCA.DO-326A.Airworthiness Security Process Specification[S].Washington,USA:Radio Technical Commission for Aeronautics (RTCA SC-216),2014.
[9] RTCA.DO-355.Information Security Guidance for Continuing Airworthiness[S].Washington,USA:Radio Technical Commission for Aeronautics (RTCA SC-216),2014.
[10] RTCA.DO-356.Airworthiness Security Methods and Considerations[S].Washington,USA:Radio Technical Commission for Aeronautics (RTCA SC-216),2014.
[11] 潘卫军,李佳羽.航空空地宽带技术发展分析[J].装备制造技术,2013,18(2):181-183.