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Next generation satellite systems for aeronautical communications

机译:下一代航空通信卫星系统

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摘要

U.S. airspace is reaching its capacity with the current air traffic control (ATC) system. The number of flights is constantly rising and it is estimated to be over 58 million per year by 2005. The FAA has undertaken several projects to modernize the National Airspace System (NAS) to ensure the safety of the increasing number of flights. Of special importance is the modernization of the air-ground communications infrastructure, which is the heart of the ATC. The current plan in the modernization of the air-ground communications is to migrate from analog voice only system to integrated digital voice and data system. The next generation satellite systems can be an alternative to the terrestrial air-ground systems by their low propagation and transmission delays, global coverage, high capacity and free flight suitable characteristics. In this paper, we give an overview of the current and the future ATC architectures, describe the systems and the communications issues in these systems and develop a framework in which next generation satellite systems can be integrated to the future ATC systems.
机译:美国空域正在通过当前的空中交通管制(ATC)系统达到其容量。飞行次数不断增加,到2005年估计每年超过5800万。美国联邦航空局已经实施了多个项目,对国家空域系统(NAS)进行现代化改造,以确保不断增加的飞行安全。特别重要的是空空通信基础设施的现代化,这是空中交通管制的核心。空地通信现代化的当前计划是从仅模拟语音系统迁移到集成数字语音和数据系统。下一代卫星系统具有低传播和传输延迟,全球覆盖,高容量和适合自由飞行的特点,因此可以替代地面空地系统。在本文中,我们概述了当前和未来的ATC体系结构,描述了系统和这些系统中的通信问题,并开发了一个框架,在该框架中,下一代卫星系统可以集成到未来的ATC系统中。

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