用于交通应用的宽带网络

M. Schwartz, R. Ruffo
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引用次数: 0

摘要

在过去,NYCT(纽约城市运输)严重依赖铜电缆运行来提供运营铁路所需的通信和控制功能。十年前,NYCT安装了一个专有的(不是基于行业标准的)光纤网络,以补充铁路某些地区的铜缆。然而,光纤网络传输设备安装在变电站中,绕过了大部分流量来源的客运站。随着各种技术的改进以提高铁路的性能,对从客运站发出的铜电缆的需求呈指数级增长。铜的扩散已经发展到如此程度,以至于扩大铜厂变得越来越困难和昂贵,有时甚至是不可能的。认识到这些困难后,纽约铁路公司开始实施一项雄心勃勃的计划,即安装一个新的光纤网络,该网络将能够为整个铁路及其所有支持设施提供服务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Broadband networks for transit applications
In the past, NYCT (New York City Transit) relied heavily on copper cable runs to provide the communications and control functions required to operate the railroad. A decade ago, NYCT installed a proprietary (not based on industry standards) fiber optic network to supplement the copper in some areas of the railroad. However, the fiber network transmission equipment was installed in power substations, bypassing the passenger stations where most of the traffic originates. As various technological improvements were made to enhance the performance of the railroad, there was an exponential growth in the need for copper cable emanating from the passenger stations. The proliferation of copper had grown to such an extent, that it became increasingly difficult and costly, and at times impossible, to expand the copper plant. In recognition of these difficulties, NYCT embarked on an ambitious plan to install a new fiber optic network that would be capable of servicing the entire railroad along with all of its support facilities.
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