Risk and Architecture Factors in Digital Exposure Notification
Risk and Architecture Factors in Digital Exposure Notification
复制标题
数字暴露通知中的风险和架构因素
DOI：
10.1007/978-3-030-60939-9_21
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发表时间：
2020
期刊：
影响因子：
--
通讯作者：
Schaumont, P
中科院分区：
文献类型：
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作者：
Krishnan, A.S.;Yang, Y.;Schaumont, P
为了有效追踪大流行中的感染传播，需要大量的手动接触追踪者来接触受感染用户的所有可能接触者。暴露通知，又称数字接触者追踪，可以补充手动接触者追踪，以减轻手动追踪者的负担，并以数字方式获取准确的接触者信息。我们研究暴露通知系统的安全、隐私、架构和技术方面的风险如何出现。我们提供使用基于蓝牙的系统的潜在开销，并讨论其他类型系统所需的架构支持，最后我们讨论支持这些解决方案的架构方面。
To effectively trace the infection spread in a pandemic, a large number of manual contact tracers are required to reach out to all possible contacts of infected users. Exposure notification, a.k.a. digital contact tracing, can supplement manual contact tracing to ease the burden on manual tracers and to digitally obtain accurate contact information. We study how risk emerges in security, privacy, architecture, and technology aspects of exposure notification systems. We provide potential overhead in using Bluetooth-based systems and discuss the architectural support required for other types of systems, and we wrap up with a discussion on architecture aspects to support these solutions.