Map generation to detect heat stroke by using participatory sensing data

Muhammad Ismail, M. Inoue
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引用次数: 2

Abstract

Heat stroke can be detected and predicted by using the meteorological data but due to the climate change that occurs due to the various reasons, climate cannot be predicted easily nowadays. An alternative method to detect heat stroke is realized by using participatory sensing method. Participatory sensing is a method or an approach to extract any kind of data from the communities which can be used for beneficial purpose. In this study, we used smartphones of the pedestrians to collect information such as humidity and air temperature. The data is collected by using the internal environmental sensors of the smartphone itself. Then, this data is used to detect heat stroke in real-time and the map to detect the risk of heatstroke is generated to show where the heat stroke could possibly occur in a specific location according to the location of the pedestrian. In this study, there is no need to install many outdoor sensors in order to monitor the environment but instead, we can use moving sensors which are in this study, would be the smartphones of the pedestrians.
利用参与式传感数据生成中暑检测地图
中暑可以通过气象数据来检测和预测,但由于各种原因导致的气候变化,现在的气候很难预测。采用参与式传感方法实现了一种检测中暑的替代方法。参与式感知是一种从社区中提取可用于有益目的的任何类型数据的方法或途径。在这项研究中,我们使用行人的智能手机来收集湿度和空气温度等信息。这些数据是通过智能手机本身的内部环境传感器收集的。然后,这些数据被用于实时检测中暑,并生成中暑风险检测地图,根据行人的位置显示特定位置可能发生中暑的位置。在这个研究中,我们不需要安装很多户外传感器来监测环境,相反,我们可以使用移动传感器,在这个研究中,就是行人的智能手机。
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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