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Is it time for a 999-like (or 112/911) system for critical information servicesƒ

机译:现在是时候为关键信息服务使用类似999(或112/911)的系统了吗?

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The nature of information gathering and dissemination has changed dramatically over the past 20 years as traditional media sources are increasingly being replaced by a cacaphony of social media channels. Despite this, society still expects to disseminate its critical information via traditional news sources. Public Warning Systems (PWS) exist, but concerns about spamming users with irrelevant warnings mean that mostly only life threatening emergency warnings are delivered via PWS. We argue that it is time for society to upgrade its infrastructure for critical information services (CIS) and that a smartphone app system can provide a standardised, less-intrusive user interface to deliver CIS, especially if the traffic for the app is prioritised during congestion periods. Accordingly, we make three contributions in this paper. Firstly, using network parameters from our longitudinal measurements of network performance in Central London (an area of high user traffic), we show, with simulations, that reserving some bandwidth exclusively for CIS could assure QoS for CIS without significant degradation for other services. Secondly, we provide a conceptual design of a 999 CIS app, which can mimic the current 999 voice system and can be built using 3GPP defined systems. Thirdly, we identify the stakeholder relationships with industry partners and policymakers that can help to deliver a CIS system that is fit for purpose for an increasingly smartphone-based society.
机译:在过去的20年中,信息收集和传播的性质发生了巨大变化,因为传统的媒体来源越来越多地被社交媒体渠道的混乱所取代。尽管如此,社会仍然希望通过传统新闻来源传播其重要信息。存在公共警告系统(PWS),但是对于通过不相关警告向用户发送垃圾邮件的担心,意味着大多数情况下,只有通过PWS发出威胁生命的紧急警告。我们认为,现在是社会为关键信息服务(CIS)升级基础架构的时候了,智能手机应用程序系统可以提供标准化,较少干扰的用户界面来交付CIS,尤其是在拥塞期间优先考虑应用程序流量的情况下时期。因此,我们在本文中做出了三点贡献。首先,通过使用我们对伦敦市中心(用户流量大的地区)网络性能的纵向测量得出的网络参数,我们通过仿真显示,为CIS保留一些带宽可以确保CIS的QoS,而不会对其他服务造成明显的影响。其次,我们提供了999 CIS应用程序的概念设计,该应用程序可以模仿当前的999语音系统,并且可以使用3GPP定义的系统进行构建。第三,我们确定利益相关者与行业合作伙伴和政策制定者的关系,可以帮助交付适合日益增长的基于智能手机的社会的CIS系统。

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