Pengembangan GIS untuk Pemetaan Covid-19 dengan Implementasi Location Based Service dan Open Source Map

Nur Fazheera Algadri, Arnita Irianti, Dian Megah Sari
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Abstract

The spread of Covid-19 is very fast, various efforts are being made to prevent the spread of Covid-19 and provide information about it. Especially in the area of ​​West Sulawesi Province, information about the development of Covid-19 can be accessed through a website that has been provided by the government, namely Covid Sulbar. There is a development of a Geographic information system for Covid-19 mapping with the implementation of Location based services and open source maps. This study aimed to build and implement a system as a solution to the problems currently being faced by the community related to the Covid-19 pandemic and the new normal era. The method used was literature study, observation, and interviews. The device development model used in this research was the Waterfall development model. The results showed that the results of the system development which had been carried out could be drawn from several conclusions that this research produces a Geographic Information System (GIS) regarding the distribution map and status of the Covid-19 zone. Geographical Information Systems (GIS) are easily accessible by users simply by using a web browser. With the GIS-COV website, it could help the public to see and find out information on the condition of an area related to the number of cases and the status of the level of the spread of Covid-19. With the GIS-COV website, the public could find out the number of spread of Covid-19 and certain zones with the highest and lowest levels of spread.
Covid-19的传播速度非常快,正在采取各种措施防止Covid-19的传播并提供有关信息。特别是在西苏拉威西省地区,有关Covid-19发展的信息可以通过政府提供的网站获得,即Covid Sulbar。通过实施基于位置的服务和开源地图,开发了Covid-19地图地理信息系统。本研究旨在构建并实施一套系统,以解决当前社会在新常态下面临的新冠肺炎疫情相关问题。采用文献研究法、观察法和访谈法。本研究中使用的设备开发模型是瀑布开发模型。结果表明,系统开发的结果可以从几个结论中得出,本研究产生了一个关于Covid-19区域分布图和状态的地理信息系统(GIS)。地理信息系统(GIS)很容易被用户通过使用网络浏览器访问。通过GIS-COV网站,公众可以看到和了解与病例数和传播水平相关的地区情况信息。通过GIS-COV网站,公众可以了解新冠病毒的传播数量和传播程度最高和最低的地区。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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