首页> 外文会议>Integrated Communications, Navigation and Surveillance Conference Workshop >FLIGHT TRIAL ARCHITECTURES SUPPORTING MIGRATION TO BROADBAND INTERNET PROTOCOL (IP) FOR AIRLINE OPERATIONS COMMUNICATIONS (AOC) AND AIR TRAFFIC SERVICES (ATS) COMMUNICATIONS
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FLIGHT TRIAL ARCHITECTURES SUPPORTING MIGRATION TO BROADBAND INTERNET PROTOCOL (IP) FOR AIRLINE OPERATIONS COMMUNICATIONS (AOC) AND AIR TRAFFIC SERVICES (ATS) COMMUNICATIONS

机译:支持迁移到宽带互联网协议(IP)的飞行试验架构,用于航空公司运营通信(AOC)和空中交通服务(ATS)通信

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摘要

This paper introduces architectural concepts that address the migration from the current AOC ACARS and ATS ACARS (FANS) services over the existing narrowband A/G subnetworks to the use of IP based broadband subnetworks. The first proposed transition step is the tunneling of AOC and ATS ACARS messages over broadband IP networks such as Gatelink, CbB, and the Inmarsat's SwiftBroadband service. Proposed operational architectures are introduced along with lab demonstration/flight trial architectures alternatives that provide lower cost and risk options.
机译:本文介绍了以现有窄带A / G子网通过基于IP的宽带子网的跨界A / G子网和ACARS(风扇)服务来解决从当前AOC ACAR和ATS(风扇)服务的架构概念。第一个提出的过渡步骤是AOC的隧道和ATS宽带IP网络的ACAR消息,例如GATELINK,CBB和INMARSAT的SWIFTBROODBABRE服务。拟议的运营架构与实验室演示/飞行试验架构替代,提供较低的成本和风险选择。

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