Free space optics in different (civil and military) application scenarios in combination with other wireless technologies

E. Leitgeb, T. Plank, M. Loschnigg, P. Mandl
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引用次数: 13

Abstract

In this paper Free Space Optics (FSO) in combination with other wireless technologies (including WLAN and satellite communications in civil-military-cooperation (CIMIC)) is presented. At first modular communication systems are shown, which allows worldwide access to the Internet or other networks by combining satellite communications, FSO, Wireless LAN, Local Multipoint Distribution System (LMDS) and DVB-T (terrestrial digital video broadcast). Wireless LAN offers connectivity to mobile users in a network cell, Free Space Optics allows quick installation of broadband fixed wireless links instead of cables and satellite communications provides a backbone between distant locations in the world. DVB-T is the current video broadcast standard (instead of former analogue TV) and will also be used for Internet-access (see project SEE TV-WEB). Different scenarios (and results) using modular wireless technologies are shown. Free Space Optics and wireless applications (including satellite) installed at a civil-military exercise in Styria (southern part of Austria) and other application scenarios are presented. In this civil-military cooperation a mobile satellite earth station (equipped with FSO and Wireless LAN) was used for videoconferencing between military and civil organizations. Applications with DVB-T will supplement a few scenarios in combining wireless technologies with FSO.
自由空间光学与其他无线技术在不同(民用和军用)应用场景中的结合
本文介绍了自由空间光学(FSO)与其他无线技术(包括WLAN和军民合作(CIMIC)中的卫星通信)的结合。首先展示的是模块化通信系统,它可以通过结合卫星通信、FSO、无线局域网、本地多点分配系统(LMDS)和DVB-T(地面数字视频广播),在全球范围内接入互联网或其他网络。无线局域网为网络小区中的移动用户提供连接,自由空间光学允许快速安装宽带固定无线链路而不是电缆,卫星通信提供世界上遥远地点之间的主干。DVB-T是目前的视频广播标准(代替以前的模拟电视),也将用于互联网接入(参见项目see TV- web)。展示了使用模块化无线技术的不同场景(和结果)。介绍了在施蒂里亚(奥地利南部)的一次军民演习中安装的自由空间光学和无线应用(包括卫星)以及其他应用场景。在这次军民合作中,利用移动卫星地面站(配备无线光通信和无线局域网)在军民组织之间进行视频会议。DVB-T的应用将补充无线技术与FSO结合的一些场景。
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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