Paul Stevenson1, Hany Arafa1, Sule Ozev1, Heather Ross1, Jennifer Blain Christen1
12:00 - 14:00 | Tue 7 Nov | Auditorium Foyer, E1/E2, Upper Atrium Space | TPO.13
In this work, we demonstrate the alpha prototype for a wearable air quality sensor system. This system will be used to create precise, high-resolution maps of the environment to help individuals with respiratory disease track their response to pollutants, determine when to pre-medicate, or avoid areas with poor air quality altogether. The data from such a map will provide dramatically improved accuracy over the single air quality index value provided for large metropolitan areas. We provide data from continuous monitoring over several locations to demonstrate the dramatic difference that can be observed within a very small geographic area.