WAVES JOCOS a new system for global satellite communications

F. Muratore, G. Pennoni, G. Romano
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引用次数: 1

Abstract

The paper deals with a global satellite communication system for transportable briefcase-size terminals, named WAVES JOCOS (Wideband Advanced VSAT Enhanced System with Juggler Orbit COnStellation); the system is designed for operating at Ku and Ka bands and is able to offer on world-wide basis a large number of services, ranging from low data and voice to a target of 2 Mbit/s, with a fleet of light satellites. The system is based on the combination of JOCOS orbits, frequency scanning antennas and DS-CDMA technique. This combination allows to offer a modular user capacity, by covering the land masses starting from a very limited number of ICO satellites (7), to optimise the power flux density radiated from a low-power satellite and to diminish the handover requirements between spots and satellites. Moreover, WAVES JOCOS has been conceived to co-exist friendly with GEO satellite systems operating in the same frequency band, by a control of mutual interference. In particular, after a general description of the adopted orbits and of the main system features, by focusing the attention on the minimum satellite configuration, the system capability of an impressive but modular growth is introduced.
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全球卫星通信的新系统
本文研究了一种用于便携式公文包大小终端的全球卫星通信系统,称为WAVES JOCOS(带杂耍轨道星座的宽带先进VSAT增强系统);该系统设计用于在Ku和Ka波段工作,并能够在全球范围内提供大量服务,范围从低数据和语音到2 Mbit/s的目标,配备一组轻型卫星。该系统基于JOCOS轨道、频率扫描天线和DS-CDMA技术的组合。这种组合允许提供模块化的用户容量,从数量非常有限的ICO卫星(7颗)开始覆盖陆地,以优化低功率卫星辐射的功率通量密度,并减少点与卫星之间的切换要求。此外,WAVES JOCOS已被设想为通过控制相互干扰,与在同一频段运行的GEO卫星系统友好共存。特别是,在对所采用的轨道和主要系统特征进行一般描述之后,通过将注意力集中在最小的卫星配置上,介绍了令人印象深刻但模块化增长的系统能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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