A Review on Wireless Fidelity Co-Location Technology Adopted Indoors for Technology-Based Contact Tracing

IF 0.7 Q4 COMPUTER SCIENCE, INFORMATION SYSTEMS Jordan Journal of Electrical Engineering Pub Date : 2022-01-01 DOI:10.5455/jjee.204-1635982606
Agburu O. Adikpe, M. Iyobhebhe, Caleb A. Amlabu, I. Botson, Bankole Omojola, J. Bashayi, C. Ezugwu
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Abstract

As the number of casualties and confirmed cases of the Coronavirus disease 2019 (COVID-19) gradually decreases, several countries across the globe are gradually trying to ease their society to some semblance of normalcy. However, to avoid systems that restrict social interactions in indoor environments, it is necessary to adopt solutions that redefine the ethos of social interactions within indoor environments. To achieve this, technology-based contact tracing (TCT) has been adopted as one of the systems used to mitigate the spread of the outbreak. On this premise, this review discusses co-location technologies suitable for indoor environments, with a specific focus on co-location solutions whose implementation costs are affordable, scalable, and whose access conditions utilize existing infrastructures that are available in off-the-shelf user equipment. This review focuses on wireless fidelity (WiFi) as a co-location technology adopted for TCT. On this premise, the limitations around adoption and recommendations, which highlight improvements, are compactly discussed around WiFi. In this context, a future research direction - on which this review is based - is compactly discussed.
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基于技术的接触追踪室内无线保真共定位技术综述
随着2019冠状病毒病(COVID-19)的死亡人数和确诊病例逐渐减少,世界上一些国家正逐渐努力使社会恢复正常。然而,为了避免限制室内环境中社会互动的系统,有必要采用重新定义室内环境中社会互动精神的解决方案。为实现这一目标,已采用基于技术的接触者追踪(TCT)作为用于减轻疫情传播的系统之一。在此前提下,本文讨论了适用于室内环境的托管技术,特别关注托管解决方案,其实施成本可承受,可扩展,其访问条件利用现成用户设备中可用的现有基础设施。本文综述了无线保真度(WiFi)作为一种用于TCT的协同定位技术。在此前提下,围绕采用和推荐的限制(强调改进)将围绕WiFi进行紧凑的讨论。在此背景下,本文简要讨论了未来的研究方向。
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