下沉或游泳:天空中的信息安全要求

M. Jaatun, Tor Erlend Fægri
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引用次数: 4

摘要

尽管空中交通管制具有固有的合作性质,但支持它的信息和通信技术基础设施,打个比方来说,在很大程度上仍然是技术孤岛。到目前为止,ATM中心之间的大多数交互都是基于语音和点对点数据通信。因此,协调的速度和准确性常常受到人的能力的限制。这也严重限制了ATM中心之间协调工作的规模。然而,变化正在发生。全系统信息管理(SWIM)概念的主要目标是实现一个欧洲范围内的相互连接的ATM系统网络,该网络承诺,除其他外,在协调效率和改善宝贵空域的利用方面带来实质性的收益。本文介绍了在SWIM中正在进行的安全需求工作中的挑战、方法和经验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sink or SWIM: Information Security Requirements in the Sky
Despite the inherently cooperative nature of air traffic control, the ICT infrastructure supporting it has, metaphorically speaking, largely remained isolated islands of technology. To this day, most of the interaction between ATM centers is based on voice and point-to-point data communication. Speed and accuracy of coordination is thus frequently limited by human capacities. This also imposes severe restrictions on the scale of coordination efforts among ATM centers. There are, however, changes underway. The main ambition of the System-Wide Information Management (SWIM) concept is to realize a European-wide network of interconnected ATM systems that promises, among other things, to bring substantial gains in efficiency of coordination and improved utilization of valuable airspace. This paper presents challenges, approaches and experiences from ongoing work on security requirements within SWIM.
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