Math Unfolded – National Museum of Mathematics
November 25, 2019How much bacteria is on a child’s hand after playing outside?
November 24, 2019How Political Campaigns Weaponize Social Media Bots – IEEE Spectrum
November 24, 2019Yale Alumni Magazine: Revamping the MBA (May/June 2007)
November 24, 2019Luminocity Festival in NYC at Randall’s Island Park
November 24, 2019NYTimes: The Life and Death of the Local Hardware Store
November 24, 2019Winter 2019-20 Outlook: Colder Than Average in North, East; Warmer Than Average in South, West | The Weather Channel
November 24, 2019Monthly forecast by an IBM company
Predicting asthma attacks in kids
November 24, 2019https://cen.acs.org/environment/pollution/Predicting-asthma-attacks-kids/97/i32
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The Southern California team is building an informatics platform that integrates commercially available air pollution sensors as well as wearable environmental sensors developed by academic researchers. The project is part of the PRISMS initiative established in 2015 by the US National Institutes of Health. Information from the sensors, along with a person’s geolocation, physical activity, and health data, is wirelessly transmitted to the person’s smart watch and smartphone in real time. Participants use the smartphone to self-report symptoms and information related to daily activities. The informatics platform also uses the individual’s location to integrate weather, traffic, and air-quality data into the data stream.
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