B-AMC a system for future broadband aeronautical multi- carrier communications in the L-BAND

C. Rokitansky, M. Ehammer, T. Grdupl, M. Schnell, S. Brandes, S. Gligorevic, C. Rihacek, M. Sajatovic
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引用次数: 28

Abstract

The Broadband Aeronautical Multi-carrier Communications (B-AMC) system is a candidate for a future aeronautical communications system to be operated in the L-Band (960-1164 MHz). It is based on the Broadband-VHF (B-VHF) system recently developed for aeronautical communications in the VHF band. As conditions in the L-Band significantly differ from those in the VHF band, basic physical layer parameters had to be adapted, which in turn required a re-design of the higher layers as well. B-AMC offers air/ground (A/G) as well as direct air/air (A/A) communication capabilities without ground relay. The physical layer has been designed to coexist with other systems located in the aeronautical L-Band. The B-AMC data link layer is optimized for low latency and low duty cycle data communication. The B-AMC study is funded by EUROCONTROL.
B-AMC是未来l波段宽带航空多载波通信系统
宽带航空多载波通信(B-AMC)系统是未来在l波段(960-1164 MHz)运行的航空通信系统的候选系统。它是基于宽带甚高频(B-VHF)系统最近开发的航空通信在甚高频波段。由于l波段的条件与甚高频波段的条件明显不同,因此必须调整基本物理层参数,这反过来又需要重新设计更高的层。B-AMC提供空/地(A/G)以及直接空/空(A/A)通信能力,无需地面中继。物理层被设计为与位于航空l波段的其他系统共存。B-AMC数据链路层针对低延迟和低占空比数据通信进行了优化。B-AMC研究是由EUROCONTROL资助的。
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