Imagine driving your bike, as you normally do, across the city. Your Smart Bike will be able to record all interesting data around you: air quality and pollution, street conditions, traffic, noise, weather, you name it. Now, imagine every bike has these capabilities: the amount, the reliability, and the granularity of such data will be enough to understand and manage new services in a Smart City. And, bonus point, your Smart Bike also features a GPS-based anti-theft system.
This is the context of the Thesis developed by Carmelo Migliore and presented on July, 2016. In his thesis, Carmelo Migliore developed a first prototype of an IoT-connected board able to sense the air pollutants, and be connected with GPS and mobile networks. The thesis was developed in collaboration with the TIM Joint Open Lab "SWARM".
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