A dual use fiber optic video and audio link

Proceedings of MILCOM '93 - IEEE Military Communications Conference Pub Date : 1993-10-11 DOI:10.1109/MILCOM.1993.408698

V. Kalomiris, R. W. Abbott, W. Hensley, L. R. Sherrets

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引用次数: 1

Abstract

Dissemination of daily events throughout the world could not happen so expeditiously and with such a high degree of clarity if it were not for the significant investment in dual purpose technology breakthroughs in satellite, radio and fiber optic communications. The world has no boundaries and when a calamity strikes, all nations are immediately informed and volunteer their help. From experience the restoration of communications systems is the key since it restores connectivity with the outside world and establishes a damage assessment with further identification of needs. Tactical communications can help to support these commercial needs and others such as those in the transportation industry, air carriers, ships, railroads, intelligent highways and manufacturing facilities. In the environmental sector fiber optic sensor technology is widely utilized to detect various hazardous materials and radiation levels. Teleoperated robotic vehicles are used to perform key tasks in contaminated environments such as nuclear power generating plants. This paper addresses examples of technology and tactical communications systems inserted into the commercial sector.<>

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一种两用光纤视频和音频链路

如果没有在卫星、无线电和光纤通信的双重用途技术突破方面的大量投资，就不可能如此迅速和如此清楚地传播世界各地的日常事件。世界没有国界，当灾难发生时，所有国家都会立即得到通知，并自愿提供帮助。从经验来看，恢复通信系统是关键，因为它恢复了与外界的联系，并建立了损害评估，进一步确定了需要。战术通信可以帮助支持这些商业需求和其他需求，例如运输行业，航空公司，船舶，铁路，智能高速公路和制造设施。在环境领域，光纤传感器技术被广泛用于检测各种有害物质和辐射水平。遥控机器人车辆被用于在核电站等污染环境中执行关键任务。本文讨论了应用于商业领域的技术和战术通信系统的例子。

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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Proceedings of MILCOM '93 - IEEE Military Communications Conference

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