Daniela Luanne V. Abo, Mary Anthoinette B. Amorin, Harold T. Alcabasa, Juan Paulo E. Migriño, Aldrin J. Soriano, M. G. Beaño, Anna-liza F. Sigue, Oliver A. Medina
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引用次数: 0
摘要
在菲律宾,接触者追踪是通过人们填写健康申报表的传统方法进行的。没有遵循适当的身体距离,特别是在公共场所。本研究的重点是Pamantasan ng Cabuyao地区涉及传统接触者追踪和物理距离的问题。使用改进的增量原型方法开发。目标是开发具有测距位置的模块设备,当一米距离受到损害时触发并通知物理距离。包括一个基于web的联系人跟踪应用程序界面,管理员可以在其中更新用户的状态和注册。利用区块链技术存储用户信息。该设备经过开发设计、实施和评估。根据一系列的测试,设备通过闪烁的灯光发出通知,并进行抵消以交换身份。用户的信息通过区块链得到保护。当一名用户被报告为COVID-19阳性时,所有与之联系的用户都将通过短信收到警报。
Tracelet: Contact Tracing and Physical Distancing Device with Block-chain Technology for Pamantasan ng Cabuyao
In the Philippines, contact-tracing is done in the conventional method where people fill-up health-declaration forms. Proper physical distancing is not followed, especially in public places. This study is focused on concerns involving the conventional contact tracing and physical distancing in Pamantasan ng Cabuyao. Developed using modified incremental-prototyping methodology. The objective is to develop module device with ranging position, triggered when one-meter distance is compromised and physical distancing notification. Included a web-based application interface for contact-tracing where the administrator can update the status and registration of the users. Utilized block-chain technology as storage for the users’ information. The device is developmentally-designed, implemented and evaluated. Based on the series of testing, the device provides notification through blinking light, and set-off to exchange identifications. Users’ information is secured through the Block-chain. When a user is reported to be COVID-19 positive, all the users who have been in contact, will be alerted via text message.