Utilizing Volunteered Information for Infectious Disease Surveillance

Shaun A. Langley, J. Messina, S. Grady
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引用次数: 7

Abstract

With the advent of Web 2.0, the public is becoming increasingly interested in spatial data exploration. The potential for Volunteered Geographic Information (VGI) to be adopted for passive disease surveillance and mediated through an enhanced relationship between researchers and non-scientists is of special interest to the authors. In particular, mobile devices and wireless communication permit the public to be more involved in research to a greater degree. Furthermore, the accuracy of these devices is rapidly improving, allowing the authors to address questions of uncertainty and error in data collections. Cooperation between researchers and the public integrates themes common to VGI and PGIS (Participatory Geographic Information), to bring about a new paradigm in GIScience. This paper outlines the prototype for a VGI system that incorporates the traditional role of researchers in spatial data analysis and exploration and the willingness of the public, through traditional PGIS, to be engaged in data collection for the purpose of surveillance of tsetse flies, the primary vector of African Trypanosomiasis. This system allows for two-way communication between researchers and the public for data collection, analysis, and the ultimate dissemination of results. Enhancing the role of the public to participate in these types of projects can improve both the efficacy of disease surveillance as well as stimulating greater interest in science.
利用自愿信息进行传染病监测
随着Web 2.0的出现,公众对空间数据探索越来越感兴趣。自愿地理信息(VGI)被用于被动疾病监测的潜力,并通过加强研究人员和非科学家之间的关系来调解,这是作者特别感兴趣的。特别是,移动设备和无线通信使公众在更大程度上更多地参与研究。此外,这些设备的准确性正在迅速提高,使作者能够解决数据收集中的不确定性和错误问题。科研人员与公众的合作融合了VGI和PGIS (Participatory Geographic Information)的共同主题,开创了地理信息科学的新范式。本文概述了VGI系统的原型,该系统结合了研究人员在空间数据分析和探索方面的传统作用,以及公众通过传统PGIS参与数据收集以监测采采蝇(非洲锥虫病的主要媒介)的意愿。该系统允许研究人员和公众之间进行数据收集、分析和最终传播结果的双向交流。加强公众参与这类项目的作用,既可以提高疾病监测的效果,也可以激发人们对科学的更大兴趣。
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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