通过结构化风险管理,避免新西兰电信电力和冷却系统的灾难

D. Monkman
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引用次数: 1

摘要

工程服务基础设施是现代电信建筑运行的关键。这些建筑变得越来越复杂,最复杂的是多个网络和多个支持系统,这些系统在响应网络需求时迅速增长,这导致了单独考虑单个系统而不评估对其他建筑用途的影响的情况。以前,网络技术的定期变化确保了系统得到整理,并且恢复了由于增长而消耗的任何冗余容量。目前的NEAX PSTN网络已经运行了20多年,向未来NGN技术的迁移预计不会在2012年之前完成,因此这种漫长的技术生命周期增加了新西兰电信(电信)站点的风险。本文概述了电信主要站点的结构化风险管理计划所取得的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Avoiding power & cooling system disasters at Telecom New Zealand through structured risk management
Engineering services infrastructure is critical to the operation of modern telecommunications buildings. These buildings have become ever more complex, the most complex house multiple networks and multiple supporting systems that have grown quickly in response to demand from network, this has led to a situation where individual systems have been considered separately without evaluation of impacts on other building uses. Previously regular changes in Network Technology ensured that systems were tidied up and any redundant capacity that had been consumed due to growth was reinstated. The current NEAX PSTN network has been operating for more than 20 years and the migration to the future NGN technology is not expected to be completed before 2012, therefore this long technology lifecycle adds to the quantum of risk at Telecom New Zealand (Telecom) sites. This paper outlines the results achieved from a structured risk management programme of Telecom's major sites.
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