论文标题
空气 - 可视化空气污染的增强现实应用程序
AiR -- An Augmented Reality Application for Visualizing Air Pollution
论文作者
论文摘要
空气质量是一个用来描述我们呼吸中各种污染物的浓度水平的术语。空气质量在全球范围内迅速降低，这引起了人们的关注。在全球范围内，政府正在采取各种措施来减少空气污染。像政府提出的计划需要公众的支持一样，使公众之间的环境污染的认识在控制空气污染中起着重要作用。尽管在多个门户网站（例如中央污染控制委员会（CPCB））上存在有关空气质量的信息，该门户提供了公众可以访问的空气质量指数。但是，这种门户几乎不会被公众访问。在个人居住的地方可视化空气质量可以帮助提高公众的意识。可以使用增强现实技术来实现这种可视化。考虑到印度基于Android的移动设备的广泛使用以及空气质量可视化的重要性，我们将空气作为基于Android的移动应用程序。空气考虑了CPCB测量的空气质量，在用户的GPS或用户选择的当地检测到的地方，可视化当地$（PM_1 {} _ 0，PM_2 {}}}_。空气还以互动方式提高人们对不同污染物，来源及其对健康的影响的认识。
Air quality is a term used to describe the concentration levels of various pollutants in the air we breathe. The air quality, which is degrading rapidly across the globe, has been a source of great concern. Across the globe, governments are taking various measures to reduce air pollution. Bringing awareness about environmental pollution among the public plays a major role in controlling air pollution, as the programs proposed by governments require the support of the public. Though information on air quality is present on multiple portals such as the Central Pollution Control Board (CPCB), which provides Air Quality Index that could be accessed by the public. However, such portals are scarcely visited by the general public. Visualizing air quality in the location where an individual resides could help in bringing awareness among the public. This visualization could be rendered using Augmented Reality techniques. Considering the widespread usage of Android based mobile devices in India, and the importance of air quality visualization, we present AiR, as an Android based mobile application. AiR considers the air quality measured by CPCB, in a locality that is detected by the user's GPS or in a locality of user's choice, and visualizes various air pollutants present in the locality $(PM_1{}_0, PM_2{}_.{}_5, NO_2, SO_2, CO, O_3 \& NH_3)$ and displays them in the user's surroundings. AiR also creates awareness in an interactive manner about the different pollutants, sources, and their impacts on health.
